california public utilities commission energy efficiency
TRANSCRIPT
California Public Utilities Commission
Energy Efficiency Program Evaluation of the Group B Sectors
Research Workplan: Year 2 Update
Sector Areas: ZNE and Building Decarbonization
Original Date: December 11, 2019
Updated: July 20, 2020
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Table of Contents
1. Zero Net Energy (ZNE) .................................................................................................................................. 3
1.1 Deliverable 31 (ZNE-1) ZNE Community Case Study ......................................................................... 5
1.2 Deliverable 32 .................................................................................................................................. 13
1.3 Deliverable 33 (ZNE-3) IOU and CCA Cross-Cutting Program Evaluation and Program
Facilitation ........................................................................................................................................ 14
1.4 Deliverable 34 .................................................................................................................................. 22
1.5 Deliverable 35 (ZNE-5) ZNE Retrofit Timelines and Costs ............................................................... 23
Zero Net Energy (ZNE)
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1. Zero Net Energy (ZNE)
Buildings are a primary opportunity for meeting worldwide energy and climate change goals. While
“green buildings” have been a tool for reducing CO2 emissions for some time, Zero Net Energy (ZNE)
Buildings and building decarbonization efforts are evolving how we think about new construction and
existing building retrofits to manage building energy use and Green House Gas (GHG) emissions today
and into the future.
ZNE
A ZNE building is defined as one that produces as much energy as it consumes over the course of a
year through combining high levels of efficiency, renewable generation, and effective maintenance
and operation procedures. At its most fundamental level, designing a ZNE building is a balancing act
of reducing building loads and increasing efficiency enough to be able to produce sufficient renewable
energy to completely offset the remaining projected energy use over the course of a year.
In 2007, as a part of the Energy Independence and Security Act of 2007 (EISA 2007), the US
Department of Energy (DOE) created the Net-Zero Energy Commercial Building Initiative, which
supported a ZNE goal for all new commercial buildings by 2030, a 50% target for existing commercial
buildings by 2030, and a 100% ZNE target for all U.S. commercial buildings by 2050. For residential buildings, California set a goal to achieve 100% ZNE for new construction by 2020. Building design
professional associations set complementary ZNE targets, including the American Society of Heating,
Refrigerating and Air-Conditioning Engineers (ASHRAE) and the American Institute of Architects (AIA).
While many states have been slow to take up these goals, the state of California has been committed
to “the development of a robust and self-sustaining ZNE market” (California Energy Commission,
2015). ZNE was introduced into state policies as a strategy to reduce greenhouse gas emissions,
conserve state energy resources, and lead the state by example. Zero Net Energy will be a key
contributor to meeting the goal set forth in SB350 of increasing energy efficiency in buildings by 50%
by 2030. Specific statewide ZNE goals12 include:
◼ By 2020, all residential new construction and 40% of existing homes are ZNE;
◼ By 2025, state agencies should also take measures toward achieving ZNE for 50% of all
existing state-owned building square footage;
◼ By 2030, all commercial new construction and 50% of existing commercial buildings are ZNE;
◼ 50% of all new state buildings beginning design after 2020 should be ZNE; and,
◼ 100% of all new state buildings beginning design after 2025 should be ZNE.
The California Energy Commission (CEC) passed in May of 2018 new provisions to the state’s building
code--Title 24 (Part 6) Building Energy Efficiency Standards (Residential and Nonresidential). Among
them is that most new single- and multifamily residences of three stories or fewer, along with all major
renovations, must have solar panels. In addition, the CEC increased standards for insulation, air
conditioning, water heaters, and many other measures that will drive many single-family and low-rise
apartments to ZNE.
1 Residential and commercial goals initially established in California’s Long Term Energy Efficiency Strategic Plan, developed by the CPUC in 2008. Original plan and recent updates: http://www.cpuc.ca.gov/general.aspx?id=4125 2 Specific state-owned ZNE building goals were established in Executive Order B-18-12, April 2012.
Zero Net Energy (ZNE)
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Building Decarbonization
In buildings, decarbonization involves substituting technologies for end uses such as heating and
cooling appliances, which are typically powered by solid, liquid, or gaseous fossil fuels (e.g. natural
gas, or propane). For example, replacing gas-powered furnaces and domestic water heaters or boilers with electric heat pumps or electric heat pump water heaters. There are many benefits to building
decarbonization including greater utilization of electricity generated by renewable sources, increased
control over load shapes, greater grid flexibility, greenhouse gas reductions, better indoor air quality,
increased safety, and greater energy security, among others.
In the state of California, direct emissions from buildings comprise 10% of the State’s GHG emissions
and mostly stem from natural gas appliances such as furnaces and water heaters. In September of
2018, Governor Brown signed into law three key pieces of legislation addressing this issue— Senate
Bill 100, Assembly Bill 3232 and Senate Bill 1477. Senate Bill 100 raises California’s renewable
energy requirement to 60 percent by 2030 with interim targets and gives the state until 2045 to
generate all electricity from carbon-free sources. Assembly Bill 3232 requires the CEC to assess the
potential for the state to reduce carbon pollution from residential and commercial buildings by 40%
from 1990 levels by 2030. Senate Bill 1477 authorizes the California Public Utilities Commission
(CPUC) to allocate $50M/year on building decarbonization through portfolio incentives and market
development programs. These three laws follow the CEC’s announcement of the 2019 Residential
Building Efficiency Standards in May of 2018, which largely incorporates Zero Net Energy (ZNE)
principles. Collectively, these new goals and standards signal a recognition that the real issue that
concern policymakers now may not just be energy use, but also instead carbon emissions.
Balancing Building decarbonization and ZNE Goals
In recent years, there has been a rising tide of experts in the field questioning the merits of ZNE as a
policy framework, especially in an environment with increasing focus on GHG reduction goals. Despite
electric-only home designs being better suited for ZNE, many existing ZNE buildings do not achieve
this distinction. Another complicating factor is that the original intent, or "spirit of ZNE", asserted that
renewables be sited within the building footprint or on-site. Although there is now a call for more
flexible definitions of ZNE while still adhering to the principles of energy efficient buildings with low
carbon footprints, onsite renewable siting is often not practical due to the type of roof, shading over
the roof and lack of space on the roof.
The suite of studies discussed in the following sections aims to provide actionable insights for the
State of California as it strives to meet its range of policy goals related to ZNE, decarbonization, and
ultimately, reduction of CO2 emissions. Where possible, this body of work will elucidate the complex interplay and overlap between building decarbonization and ZNE goals amidst an ever-changing policy
landscape. The first study (Deliverable 31) takes a holistic approach to understanding how developers
can achieve ZNE by studying an extensive ZNE community being constructed in southern California—
the first in the nation to meet ZNE and carbon emissions goals on a such a scale. The second study
(Deliverable 33) examines the effectiveness of cross-cutting new construction programs in supporting
the State’s building decarbonization and ZNE goals. Lastly, Deliverable 35 focuses on the retrofit
market and aims to develop an effective pathway by which existing, occupied buildings may be
renovated to meet decarbonization and ZNE goals.3 Together, insights gained from these studies will
improve the transition to low-carbon building infrastructure across the State.
Zero Net Energy (ZNE)
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1.1 Deliverable 31 (ZNE-1) ZNE Community Case Study
Introduction
Newhall Ranch is a master-planned development slated for construction along the Santa Clara River
in northern L.A. County. Newhall Land and Farming Company first proposed the development in the
late 1980s, but planning and approvals have spanned decades, from the project's inception to the
present. Currently, FivePoint Holdings leads the project, which will include 21,500 homes, a
commercial district, public schools, fire stations, and a water reclamation plant, in addition to a range
of recreational facilities and parks.
Environmentalists have long fought the Newhall Ranch development, as the community infringes on
sensitive habitats that support threatened and endangered species. After developers made repeated
attempts to achieve certification of the project's environmental impact report (EIR), the L.A. County
Board of Supervisors approved the project in July 2017, and the development broke ground in October
2017. During the approval process, the California Supreme Court raised concerns that the
development did not meet the state's goals for reduced greenhouse gas (GHG) emissions, and the
approved plan addressed those concerns. As such, Newhall Ranch aims to mitigate all GHG emissions
associated with the development and its construction, branding the project "Net Zero Newhall."
To meet ZNE goals, Newhall Ranch purportedly will include thousands of solar panels, numerous
electric vehicle charging stations, and energy-efficient residential and commercial building designs.
However, details on how ZNE goals will be met from both the energy efficiency (e.g. home design) and
generation (e.g. on-site versus power purchase agreement) perspectives have not yet emerged. This
study will play an important role in elucidating the process of ZNE planning, development, and
pathways to success.
Currently 12,5004 residential ZNE units have been built across the United States, with the largest ZNE-
planned community in North America being a University of California Davis student housing
development for just under 2,000 students. By comparison, Newhall Ranch, with its over 20,000
planned units, greatly exceeds the scale of any ZNE construction project to date. Given that Newhall
Ranch comprises the largest ZNE community in North America, the opportunity to learn from the
development process is unparalleled. Further, the project will embody many of the challenges that the
state of California, and specifically the CPUC, are diligently working to resolve as the state aims to
meet its GHG emissions and decarbonization goals. The proposed study will closely track the
development process of Newhall Ranch and document decisions, strategies, and plans regarding
crucial topics on the pathway to zero energy infrastructure.
Study Objectives
This study investigates and documents a range of questions related to the Newhall Ranch
development. The specific study objectives include:
◼ Documenting how the local utilities (Southern California Edison and Southern California Gas)
are planning for the unique attributes of this community on its grid;
◼ Uncovering how the developer is defining "Net Zero" and the subsequent strategy to meet both
ZNE and GHG goals;
4 To Zero and Beyond: Zero Energy Residential Buildings Study (2017) Net-Zero Energy Coalition. Accessed on May 8, 2018.
https://drive.google.com/file/d/121AztewufuOhTvSCryN4XuydacLqSMTN/view
Zero Net Energy (ZNE)
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◼ Evaluating the cost-effectiveness of ZNE construction at the community scale versus single-
home scale;
◼ Documenting how much renewable generation and storage will be behind and in front of the
meter; and,
◼ Researching policy barriers to ZNE and understanding how incentive structures can be
improved to make this and future ZNE community projects successful.
Overview of Evaluation Methodology
Two guiding principles underlie the methodology for this research. First, the developer, FivePoint
Holdings, and other associated parties may not divulge detailed and/or proprietary information
regarding the project. However, insights from the developer will be invaluable to painting a complete
picture of the Newhall Ranch case study, particularly with respect to plans for power generation and
storage and how ZNE is being defined and executed. Given this, we see establishing relationships and
building trust with the prime developer and subcontractors as a critical, ongoing aspect of the
evaluation. By building trust and framing the study as a unique opportunity to learn from a first-of-kind
project, we hope to gain deeper access to the inner workings of the project over the three years of the
evaluation. The second guiding principle of the proposed methodology is that the study should evolve
with the project. As such, we will repeat data collection efforts at strategic intervals over the course of
the study, and we may adapt research methods as the Newhall Ranch development undergoes
changes in plans or meets milestones.
We present a summary of research objectives, data collection methods and potential synergies with
other sector areas in Table 1.
Table 1. Study Objectives and Methods
Study Objective Policy Review
Legal
Document Review
Depth
Interviews
In-person Depth
Interviews
Cost Effectiveness
Literature Review
Document how the local utilities
(Southern California Edison and Southern California Gas) are
planning for the unique attributes of this community on their grids
X X X
Uncover how the developer is defining "Net Zero" and the
subsequent strategy to meet that definition, including achieving
carbon balance during construction
X X X
Evaluate the cost-effectiveness
of ZNE construction at the community scale versus single-
home scale
X X
Document how much renewable
generation and storage will be behind and in front of the meter
X X X
Research policy barriers to ZNE
and document how incentive structures can be improved to
make this and future ZNE community projects successful
X X
Zero Net Energy (ZNE)
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Evaluation Methodology: Detailed Efforts and Deliverables
Task 1: Newhall Ranch Legal Document Review
In Year 1, we reviewed legal documentation pertinent to the Newhall development and created a clear
timeline of events, particularly with respect to decision-making around GHG and ZNE goals. For
example, we reviewed and distilled relevant information from the final Newhall Settlement Agreement
and EIR, which includes subsections defining and describing ZNE plans (e.g. the Mission Village Net
Zero Plan and the Landmark Village New Zero Plan). We also reviewed entitlements in the forms of
land use approvals, zoning, and site approval plans.
The Year 1 memo addressed three research objectives: (1) uncovering how the developer is defining
"Net Zero" and the subsequent strategy to meet that definition, (2) characterizing how the developer
plans to meet the zero carbon emission goal of the community’s construction, and (3) documenting
how much renewable generation and storage will be behind and in front of the meter. We tracked legal
proceedings regarding the construction of power generation facilities at Newhall Ranch, and dissected
land use approvals, zoning documents, and site approval plans. These documents provided detailed
information on ZNE definitions, power generation, electric vehicle charging, and energy efficiency
home design plans, as mandated in the final EIR.
In the Year 2 memo, we will update this document to include key information from the Zero Net Energy
Confirmation Reports (“ZNE Confirmation Reports”) that must be prepared and submitted to confirm
that development plans meet the ZNE standard set forth in the final agreement, before building
permits are issued. As the ZNE Reports become available, they will be an asset to this evaluation and
to understanding how ZNE is being defined and implemented. In addition, we will track project
progress, updates to plans, and additional legal action concerning the project.
Deliverables: Year 1 memo (complete) and Year 2 memo elucidating legal agreements pertinent to
zero net energy goals and power generation and storage
Task 2: Policy and Incentive Structure Review
In Task 2, we will conduct two subtasks: Policy Review and Incentive Structure Review.
Task 2a: Policy Review
California has passed a robust suite of legislation relating to energy efficiency, GHG emissions
reductions, and building energy standards, many aspects of which surpass other state and federal
standards. However, not all energy-related legislation adopted by California includes implementation
plans, timelines, or specified metrics of success. This can lead to misalignment with other policies. For
example, AB 32 and the California Long-Term Energy Efficiency Strategic Plan (CALTEESP) both specify
metrics for achieving ZNE, but the metrics are different; AB 32 uses carbon dioxide emissions as the
variable against which to measure ZNE compliance, while the CALTEESP uses energy consumption
(kWh) to measure the “net” balance of buildings. Recent legislation such as SB 100, SB1477, and AB 3232 may also play a potential key role in influencing the development, with their emphasis on
decarbonization of the building stock. We anticipate that the Newhall Ranch development will face
policy barriers due to such misalignment, along with increasing federal preemption of energy
standards. In the Year 1 Memo described above, we reviewed California policy related to ZNE buildings,
specifically focusing on alignment of timelines and metrics to identify gaps or conflicts that may impact
the Newhall development. For the Year 2 Memo described above, we will continue to review existing
and anticipated federal policy that will likely affect California’s ability to regulate certain energy
efficiency measures within the Newhall development in addition to any new relevant California policies.
We will also identify in this Year 2 Memo key places where the CPUC or the IOUs (through their codes
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and standards advocacy program) should become involved in the federal rulemaking process, so that
federal preemption does not slow ZNE progress. Additionally, we will review best practices and case
studies showcasing legislation/policies that are conducive to achieving ZNE goals. These areas
include, but are not limited to:
◼ Building codes and timelines for updates
◼ Public availability of building performance data
◼ Building performance targets and improvement
◼ Appliance standards
◼ Expedited permitting for ZNE buildings
◼ Low or zero carbon grid-based electricity and gas
◼ Community—scale renewable and storage systems
◼ Local zoning regulations
◼ Policy opportunities that encourage ZNE building and achieving the ZNE goals specified in the
CALTEESP
We will conduct research on policy barriers and incentive structures early in the evaluation, as findings
in this area may inform policy decisions early in the Newhall Ranch development process.
Task 2b: Incentive Structure Review
A central barrier to the development of ZNE buildings is the incremental cost of construction to build
above current code standards. Financial and regulatory incentives can alleviate some of this burden.
Currently, programs like the California Advanced Homes Program (CAHP) and the California Multifamily
New Homes Program (CMFNH) offer incentives, design assistance, verification support, and
recognition for construction projects that exceed code and approach ZNE. However, increasingly
stringent Title 24 code strains these programs by increasing the cost of achieving energy savings
beyond the 2016 code for incremental savings.
In the Year 1 Memo mentioned above, we presented an overview of programs that are most relevant
to the Newhall Ranch development today, but it is important to note that the shift from ZNE to
decarbonization goals has been and will continue affecting energy efficiency program design. In the
writing of this memo, we confirmed that Newhall Ranch developers would be eligible for programs,
similar to any other customer--provided they meet the program’s requirements. However, program free
ridership deserves special attention. Since the developer of Newhall Ranch is legally obligated to meet
certain GHG mitigation standards, participation in programs could inherently make them free riders
(i.e., they would have taken these measures in the absence of the program). Given that Newhall Ranch
is a for-profit development and must operationalize the GHG mitigation measures according to their
approved plan, the use of rate-payer dollars to fund meeting those requirements is an area that
deserves continued examination as the project unfolds.
Deliverables: Integration of Information into Year 1 Memo mentioned as part of Task 1 (Complete).
Integration of additional information, where relevant, in Year 2 Memo also mentioned as part of Task
1.
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Task 3: Primary Data Collection via In-Depth Interviews
In-depth interviews will serve as the cornerstone of the study. We will leverage them to collect detailed
information on each of the research objectives and to establish direct lines of communication with the
developer, contractors, utility staff, designers, and homebuyers/residents. We will conduct interviews on a rolling basis to capture the various stages of the project and document progress, short-falls, and
barriers. In many cases, we will interview the same party on several evaluation topics. We will strategize
our interviews to minimize respondent burden, while still collecting as much information as possible
from primary sources. Importantly, we will conduct in-person interviews with contractors, utility staff,
and FivePoint Holdings, where possible, so as to establish rapport and trust with our target
stakeholders. Meeting with individuals face-to-face early in the evaluation process will ensure better
communication over the years of the study. Specifically, we will conduct in-person interviews with
FivePoint Holdings, utility staff, and subcontractors. Interviews for each subject area and with each
interviewee will last approximately one hour. We provide an overview of planned interviews by topic
area in Table 2.
Table 2. Interview Topic Areas and Target Audiences
Research Topic Area
Interview Target Audience
Utility
Planning for
the ZNE
Community
Defining
and
Executing
"Net Zero"
Relative Cost-
Effectiveness of
Large-Scale ZNE
Community
Developments
Renewable
Generation and
Storage Plans
Policy
Barriers and
Incentives
FivePoint Holdings X X X X X
Subcontractors X X X X
Utility Staff
▪ Engineering Staff
▪ IT Staff
▪ Legal Staff
▪ Policy Team
▪ General Rate Case Group
X X X
Designers X X X
Residents X X
ZNE Experts
▪ New Buildings Institute
▪ Rocky Mountain Institute
▪ Net-Zero Energy
Coalition
X X X
Utility Planning for the ZNE Community
To understand how the local utilities, Southern California Edison and Southern California Gas, is
planning for the unique attributes of Newhall Ranch on its grid, we will conduct in-depth interviews
with a wide range of utility professionals that will contribute to this effort. Key topic areas will include:
◼ History of planning for the Newhall development from the utility’s perspective;
◼ New grid infrastructure that will be needed, if any, to support the community;
◼ Expectations of the magnitude and timing of demand and usage increases;
◼ Ratemaking to accommodate infrastructure needs at Newhall Ranch;
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◼ Considerations of social equity in the ratemaking process;
◼ Policy perspectives, including policies needed to support utilities in serving large-scale ZNE
community developments; and,
◼ Legal and contractual progress and proceedings between the developer and the load serving
entity, to the extent publicly available.
Of note, electric-only home designs are better suited for ZNE, but we do not yet know whether Newhall
Ranch housing will offer an electric-only option.
Defining and Executing Zero Net Energy
We will interview a range of stakeholders to develop a comprehensive understanding of how ZNE is
being defined and operationalized at Newhall Ranch. Key topic areas for these depth interviews will
include:
◼ How ZNE is being defined legally, per the EIR;
◼ How the developer plans to operationalize the definition of ZNE through community design;
◼ How ZNE is being defined and/or marketed to an external audience, and if this definition
differs from the technical definition;
◼ What challenges and barriers exist to reaching these ZNE goals; and,
◼ How Newhall Ranch residents interact with their ZNE homes.
Relative Cost-Effectiveness of Large-Scale ZNE Community Developments
We will interview builders with a track record of completing ZNE projects, such as those identified by
the Net-Zero Energy Coalition as the top-ten builders/developers by number of ZNE projects completed
(e.g. BrightBuilt Home, Greenhill Contracting, De Young Properties, and Palo Duro Homes). We will then
contrast those findings to findings from interviews with builders that have completed a smaller number
of projects, indicating that they are not building ZNE homes at a community scale. Key topic areas for
these depth interviews will include:
◼ Price premiums and overall costs for ZNE homes in various-sized developments versus
individual projects;
◼ Opportunities for economies of scale and strategies adopted by builders to reduce ZNE costs;
◼ Outlooks on ZNE costs in the long-term (e.g. if prices are falling and will continue to fall); and,
◼ Barriers or high-priced attributes that make achieving ZNE more costly.
Renewable Generation and Storage Plans
Primary data collection efforts around renewable generation and storage plans will focus on the local
utility and FivePoint Holdings, as they are the most likely to have detailed information beyond what is
published in the ZNE Reports. We will also interview other stakeholders, such as subcontractors
responsible for designing and executing energy generation and storage at Newhall Ranch. Key topic
areas for these depth interviews will include:
◼ Centralized power generation within the community versus rooftop solar;
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◼ Storage capacity needs and plans for how those needs will be met;
◼ Distributed Energy Resource plans for the community at large, including plans for electric
vehicle charging stations;
◼ Expectation of the magnitude of daytime overgeneration, if any, and how this will be addressed;
and,
◼ Emerging technologies being utilized at Newhall Ranch, if any (e.g. smart invertors, innovative
storage equipment).
Policy Barriers and Incentives
We will interview all stakeholders regarding policy barriers and incentives. Importantly, we will speak
with individuals at institutions with leading expertise in ZNE, with whom we have built relationships
through our prior ZNE research experience. Institutions such as the New Buildings Institute and the
Rocky Mountain Institute have a rich history of studying and championing ZNE, and we anticipate that
they will offer key insights on pathways to achieve sound and effective policy around ZNE
implementation. Key topic areas for these depth interviews will include:
◼ Barriers to ZNE implementation from the perspective of all stakeholders;
◼ Interpretation of codes and standards;
◼ Needed policies and incentives that bolster ZNE adoption;
◼ How federal and state policies have influenced home design, particularly with respect to
appliance standards; and,
◼ How residents/homebuyers perceive the price premium of ZNE homes and how they were
incentivized, if at all.
Deliverables: Draft and final depth interview guides for each of the topic areas and target audiences;
Results from interviews will be incorporated in memos on respective topic areas and in the final report.
Task 4: Literature Review on ZNE Cost-effectiveness
As noted previously, we do not expect full access to FivePoint Holdings’ proprietary information,
including their business plans. Due to this limitation, we will utilize alternative methods to assess the
cost of building individual ZNE homes versus building at a community scale. In the past year, literature
has emerged suggesting that ZNE home construction costs can match traditional home construction
costs in some cases. We will conduct a literature review of all studies related to Zero Net Energy home
construction costs and projections of those costs into the future.
In addition, as described under Task 2, we will conduct in-depth interviews with contractors who have
ample experience building ZNE homes, which will also inform the study on ZNE cost-effectiveness.
Deliverables: Draft and Final Memo on the Relative Costs of Building ZNE homes at the individual
versus community scale
Task 5: Reporting
The final report will tie together information obtained throughout the three years of the study to create
a comprehensive case study on this first-of-kind ZNE community development. The report will
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document milestones, barriers faced and overcome, progress made toward ZNE goals, and the current
stage of the project. The final report will include inputs and perspectives from the diverse set of
stakeholders involved in the Newhall Ranch development and will provide a landmark study on ZNE
adoption processes and potential.
Opinion Dynamics will work with the CPUC to develop draft and final reports in accordance with CPUC
standards.
Deliverables: Draft and Final Reports
Study Timeline and Milestones
The table below provides the timeline and milestones for this deliverable.
Table 3. ZNE Deliverable 31 Evaluation Timeline
Year 1 Year 2 Year 3
Q1 Q2 Q3 Q4 Q1 Q2 Q3 Q4 Q1 Q2 Q3 Q4
Newhall Ranch Legal
Document Review
Starts in Year 1, Q1 and will be updated on a rolling basis as documents such as the ZNE
reports become available
Policy and Incentive
Structure Review X X X
Depth Interviews* X X X X X
In-person Depth
Interviews X X X
Literature Review on
ZNE Cost-effectiveness X
Interim Memos X X
Reporting X X
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1.2 Deliverable 32
This Deliverable was cancelled per the CPUC’s request.
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1.3 Deliverable 33 (ZNE-3) IOU and CCA Cross-Cutting Program
Evaluation and Program Facilitation
Overview of Program(s)
California policy has de-emphasized ZNE building goals and has pivoted to instead focus on a more
holistic goal: building decarbonization. Because of this shift, research that previously intended to delve
deep into ZNE-focused programming will no longer serve the state’s goals as much as research
specifically into decarbonization strategies. As such, we have redesigned the present research plan to
focus on a technology that will play a central role in the decarbonization process of California
buildings—heat pumps.
In the state of California, direct emissions from buildings comprise 12% of the State’s GHG emissions
and mostly stem from natural gas appliances such as furnaces and water heaters. Heat pumps will be
instrumental to reducing building energy use because they offer a low- or no-carbon pathway to
meeting critical building functions (e.g. water and space heating) that have traditionally been achieved
through GHG-emitting appliances.
Study Objectives
The primary objectives of this study are to develop a market baseline and market characterization of
the California heat pump market, understand the efforts and effectiveness of CCAs, LGPs, and RENS
in contributing to building and ZNE goals; and, exploring barrier to incorporating passive house
principles into energy code and new construction programs. The specific study objectives include:
◼ Explore barriers to incorporating passive house concepts into California Energy Code and new
construction programs;
◼ Investigating the strengths and weaknesses of CCAs, LGPs, and RENs and examining how they
can contribute to Building decarbonization and ZNE goals;
◼ Conducting a market baseline of heat pump technologies (including air source heating and
cooling heat pumps, ground source heating and cooling heat pumps, heat pump water heaters,
heat pump pool heaters, and heat pump clothes dryers) in the residential retrofit and new
construction markets in California;
◼ Investigating trade ally experiences deploying heat pumps to improve heat pump delivery and
anticipate barriers to delivering this technology at scale;
◼ Understanding California market rate and low-income new construction trade allies
motivations and barriers to building all-electric residential and multifamily housing units;
◼ Conducting a heat pump program best practices assessment with other jurisdictions with
mature heat pump programs; and,
◼ Ensuring that evaluation findings are received and incorporated into program design in real
time through stakeholder engagement and facilitation.
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Evaluation Methodology: Detailed Efforts and Deliverables
We will address each of these tasks in detail below.
Task 1: Thought Paper Memo
The purpose of this memo was to provide an input into the CEC, CPUC, and California Governor’s Office
Staff Whitepaper on the implementation of SB 1477. This thought paper addressed--for both the
Building Initiative for Low Emissions Development (BUILD) and Technology and Equipment for Clean
Heating (TECH) pilot programs--the following: (1) potential program implementation designs; (2) real-
time/developmental evaluation best practices; (3) integration with other programs considerations;
and, (4) contractor landscape factors. This thought paper grounds the methodology and follow-on work
described below.
Deliverables: Thought Paper Memo
Task 2: CPUC and PA Interviews
We conducted in-depth interviews with up to 12 relevant CPUC stakeholders and PAs across existing
new construction programs to assess and understand program theories, program changes over time,
definitions of key terms, key details and nuances about data availability and collection. The interviews
will also be used to get a historic perspective on new construction programs as well as future goals for
such programs.
Deliverables: Draft and Final Interview Guides
Task 3: Barriers to Achieving Passive House Standards
In Year 1, we conducted informational interviews with up to 20 subject matter experts in passive house
standards and “beyond code” programming. Drawing on the data from these interviews, and the
literature review, we developed a report that addresses the barriers that new construction programs
face to integrate “beyond code” measures that would lead to passive house standards.
Deliverables: Draft and Final Report (Complete)
Task 4: Case Studies of Partnerships
The evaluation team will conduct five total case studies of utility partnerships with CCAs, LGPs, and
RENs. While the ultimate candidates for case study selection will depend on the applicability and
viability of actual partnership efforts, the team will strive to identify cases demonstrating the following
selection criteria: (1) serving residential and/or non- residential new construction projects; (2)
exemplifying a partnership with the local Load Serving Entity (LSE); (3) serving to advance the state’s
understanding of the most effective ways of achieving the state’s decarbonization and decarbonization
goals in new construction through the CCA, LGP or REN model; (4) demonstrating accessibility of
information related to the project; and, (5) ensuring the applicability and transferability of information
learned in the case study to other projects and programs.
The evaluation team will conduct initial investigations into a select group of CCAs, RENs and LGPs. The investigation will include online reviews and direct contact with organizational representatives to
assess candidate case study opportunities. After initial contacts, candidate opportunities will be
prioritized with the CPUC project manager.
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To standardize the case studies the evaluation team will create a template by which to research and
document the case study project, resulting in structured and comparable information. The case
studies will consider the following questions:
◼ What are key lessons learned?
◼ What were the key drivers that initiated ZNE and/or building decarbonization project
objectives?
◼ What definition of ZNE, building decarbonization, and/or sustainability was used?
◼ What program(s) were involved and what were the experiences of the various players with
the program processes, procedures and outcomes?
◼ What difficulties were encountered and how were these difficulties addressed?
◼ What level of energy savings was achieved (or other outcomes, such as reduced water use,
etc.)?
◼ How satisfied are the various players with the resulting home, the design, the construction
process, the program(s) and timeline to completion -- and why?
◼ How willing are various players to pursue ZNE and/or building decarbonization in future
projects, and why?
◼ Were there important financing, design or code/permit barriers to ZNE and/or building
decarbonization, and how were those barriers overcome?
For each study, the evaluation team will develop draft and final case study reports. In year 1, we
developed case studies for Sonoma Clean Power and PG&E’s Advanced Energy Rebuild Program and
for BayREN Municipal ZNE Technical Assistance Program.
Task 5: Conduct interviews with California heat pump trade allies
Trade allies play an essential role in helping customers decide on new equipment. As such, they can
provide invaluable insights to understanding the barriers and successes associated with heat pump
sales, installations, and maintenance. In addition, trade allies can discuss marketing and selling heat
pumps to customers and can help us understand why homeowners do or do not choose these
technologies. Finally, they can provide firsthand data on equipment and installation costs and
maintenance costs. We will utilize these interviews to determine equipment and installation costs for
heat pump clothes dryers and heat pump pool heaters. We will explicitly address costs for ductless
mini-splits, ground source heat pumps and heat pump water heaters in Task 8.
We will interview trade allies with awareness and/or experience in each of the different heat pump
technologies, including air-source heat pumps, ductless mini-split heat pumps, ground source heat
pumps, heat pump water heaters, heat pump dryers, and heat pump pool heaters. We will also interview manufacturers and distributors to attain a full picture of the market. We will target
interviewing up to 60 trade allies including manufacturers and distributors. We will provide a $150
check as a thank you for their time. Our research objectives for these interviews include:
◼ Trade ally perceptions on the HP market in general;
◼ Trade ally considerations when selling and sizing;
◼ Trade ally perceptions on benefits and drawbacks of heat pump technology;
◼ Considerations for previous system configuration decommissioning;
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◼ Use of back-up systems;
◼ Controls strategy;
◼ Equipment, installation, and maintenance costs;
◼ Trade ally perceptions of customer awareness and interest;
◼ Trade ally perceptions of customer concerns;
◼ Availability of heat pump technologies from suppliers;
◼ Technical challenges;
◼ Utility program potential impact on markets;
◼ Equipment costs (for heat pump clothes dryers and heat pump pool heaters);
◼ Installation costs (for heat pump clothes dryers and heat pump pool heaters); and,
◼ Predicted market trends in next 5-10 years.
Deliverables: Draft and Final Interview Guides, Interim Findings Memo
Task 6: Conduct interviews with California market rate and low-income new construction builders
The evaluation team will conduct up to 40 interviews with new construction developers, builders,
architects, engineers and building department staff in the market rate and low-income residential and
multifamily markets to understand motivations and barriers to building all-electric homes. We will
provide a $150 check as a thank you for their time. California’s decarbonization and affordable
housing goals will create a challenging intersection for builders that must balance their bottom line,
affordability for their residents, and their efforts to reach California’s increasingly stringent code. To
give builders and other stakeholders the tools to meet this challenge successfully, we must first
understand what barriers or opportunities exist when introducing technologies like heat pumps into
affordable housing new construction and new construction at large. This task also necessitates the
identification and documentation of affordable housing builders, which we will provide to the CPUC for
further outreach and communications about opportunities and programming. We provide the interview
topic areas in Table 4.
Table 4. New Construction Builder Interview Topics
Interview Topic Area ▪ Detailed Research Topic
Knowledge and Awareness
▪ Awareness and familiarity with California’s electrification goals
▪ Awareness and familiarity with heat pump technologies across market
rate and low-income housing builders
▪ Training needs in terms of planning, designing, and building all electric
homes
▪ Knowledge of heat pump rebates for residential new construction
Heat Pump Perceptions
▪ Perceived benefits and drawbacks of utilizing heat pumps in market
rate and low-income new construction
▪ Cost considerations for new developments with special consideration of
affordable housing limitations
Decision Making and Marketing
▪ Decision making for installing heat pump technologies versus standard
technologies
▪ Role of program incentives and tax credits in decision making
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Interview Topic Area ▪ Detailed Research Topic
▪ Role of Codes and Standards in decision making
Market Trends and Customer
Interest
▪ Customer awareness and interest in efficient appliances and
sustainable home attributes in general
▪ Customer awareness and interest in heat pump technologies
▪ Customer concerns with heat pump technologies (e.g. examples of
customers disliking certain technologies)
▪ Marketing and sales techniques with respect to efficiency and
sustainability, and in particular, with heat pumps
▪ Predicted market trends in the next 5 years
Deliverables: Draft and Final Interview Guides, Interim Findings Memo
Task 7: Conduct interviews with heat pump program staff in other US jurisdictions
The evaluation team will conduct interviews with program staff in states that have achieved success
in deploying heat pump technologies (e.g. New York, Vermont, Washington, Oregon, Arizona, and
Maine). The interviews will consider the following questions:
◼ What efforts has your jurisdiction undertaken to deploy heat pump technologies?
◼ Where are you on the road to market transformation?
◼ What is the total budget of your program efforts to date?
◼ What are key lessons learned?
◼ What were the drivers that initiated heat pump deployment in your area?
◼ What barriers have you faced?
◼ What motivates customers to choose heat pumps, in your opinion?
◼ Is anyone implementing heat pump hot water heater thermal storage in your jurisdiction?
◼ Are heat pump installations being paired with energy efficiency envelope programs? Paired
with solar programs? Paired with other DER programs?
We will interview program staff from up to 6 mature heat pump programs and capture results in the
final report.
Deliverables: Draft and Final Interview Guides, Results included in Final Report
Task 8: Develop baselines of cost-related heat pump key performance indicators in the residential
market
To effectively evaluate the outcomes of programs, it is essential to determine what would have
happened absent programmatic interventions. Given that heat pump measures are relatively new
additions to programs, we have a unique opportunity to measure baselines for KPIs. There are many
KPIs that are relevant, some of which are being pursued by other studies in California. For example,
penetration and saturation of heat pump technologies will likely be available from the 2019 RASS
study due out in June of 2020.
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However, the current state of research could benefit greatly from primary data collection around the
question of heat pump costs. In the past, pricing differentials have largely been determined and
applied using theoretical approaches. This study offers the opportunity to collect primary data from
the individuals interfacing with the heat pump market, which can then be used to update and bolster
models.
This task will develop baselines for the following KPIs:
◼ Upfront incremental equipment costs
◼ Upfront incremental installation costs (including labor and infrastructure upgrades (e.g.
electrical panel upgrades))
◼ Upfront permitting costs and timelines
◼ Upfront incremental design costs
◼ Costs for work required to bring buildings up to code as a result of installing heat pumps
◼ Annual incremental operation and maintenance costs
We will use a modified Delphi approach to collect primary data on heat pump incremental costs. We will leverage the itracks online platform to collect primary data from 20 trade allies for the following
technologies: ductless mini-split heat pumps, ground source heat pumps, and heat pump water
heaters. For each of the three technologies, we will recruit 25 trade allies to account for potential
study attrition. We will present specific customer-facing scenarios to the trade allies to ensure we are
comparing apples to apples. In the first phase of the Delphi panel, the trade allies will be stepped
through the process of creating a quote for a homeowner that includes the key cost elements (i.e.
KPIs) listed above. We will complete this exercise twice—once with a standard equipment scenario,
and once with a heat pump scenario. In subsequent phases of the Delphi panel, participants will
interact with each other to build consensus on areas of discrepancy between their quote estimates.
Through this process, we will arrive at a thoughtful and vetted estimation of standard equipment
installation and operation costs versus heat pump installation and operation costs. We will aim for
our trade ally sample to achieve coverage across California, and we will offer participating trade
allies $500 for their time.
Deliverables: Results included in Final Report
Task 9: Effective Implementation of New Construction Programs Stakeholder Process
The evaluation team will hold stakeholder meetings to discuss how to address recommendations
from this research as well as how new construction programs can be leveraged to drive new
decarbonization strategies such as passive house concepts and potentially inform future codes and
standards. These meetings will include:
◼ Meeting Preparation: For each meeting, the evaluation team will develop meeting agendas
based on objectives reviewed with CPUC staff (as needed), additional meeting materials,
including but not limited to comment cards, meeting presentations and materials, and
educational information. The evaluation team will coordinate meeting logistics, including
outreach to stakeholders, venue set up, and coordination with the CPUC. It is assumed that all
venues will be provided for no charge by the CPUC, IOUs, or RENs/CCAs.
◼ Meeting Facilitation: Mindy Craig will facilitate and graphically record each meeting. Kris Meek
will provide meeting support and take notes.
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◼ Summary Notes: After each meeting, the evaluation team will develop a meeting summary and
share materials and notes with the stakeholders.
Deliverables: Stakeholder meetings inclusive of preparation, facilitation, and notes as needed
Task 10: Reporting
Opinion Dynamics will work with the CPUC to develop draft and final reports that capture the results
from the previous tasks in accordance with CPUC standards. We will present a summary of all findings
from this study in a ZNE/Decarbonization PCG meeting, or elsewhere if deemed appropriate.
Deliverables: Draft and Final Reports; Draft and Final Presentation to disseminate findings
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Study Timeline and Milestones
The table below provides the timeline and milestones for this deliverable. As designed, most of our
data collection to inform the first evaluation report will happen in Year 2. In Year 3, we will just track
program tracking data and changes to program materials.
Table 5. ZNE Del 33 Evaluation Timeline
Year 1 Year 2 Year 3
Q1 Q2 Q3 Q4 Q1 Q2 Q3 Q4 Q1 Q2 Q3 Q4
Sign Contract X
Develop Thought Paper X X
CPUC and PA interviews X X X
Barriers to Achieving
Passive House
Standards
X X X
Conduct case studies X X X X X X X X
Stakeholder Process
and Meeting Notes X X X X X X X X
Conduct interviews with
California heat pump
trade allies
X
Conduct interviews with
California market rate
and low-income new
construction trade
allies
X
Conduct interviews with
mature heat pump
program staff in other
US jurisdictions
X
Develop baselines of
cost-related heat pump
key performance
indicators in the
residential market
X X X X
Reporting X X X X X X
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1.4 Deliverable 34
This Deliverable was cancelled per the CPUC’s request.
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1.5 Deliverable 35 (ZNE-5) ZNE Retrofit Timelines and Costs
Introduction
To meet California’s building decarbonization and ZNE goals, it is essential to understand how these
projects can be successfully deployed in existing occupied buildings. Through primary and secondary
research (e.g., literature review, interviews and surveys) and stakeholder engagement, the objective
of Deliverable 35 is to present the CPUC with a framework for identifying the most impactful retrofit
measures to drive towards decarbonization of energy use in existing buildings, while advancing
building decarbonization in a way that benefits building owners/occupants, supports decarbonization
goals, and promotes electric grid reliability. Preliminarily, we expect to focus on the multifamily and
commercial kitchens market segments based on their proportionate share of gas consumption. The
intention of selecting these sectors is to focus the study on high impact building types and targeted
end-uses but the final selection will be based on the landscape analysis findings from year 1. The
landscape analysis will balance the customer perceptions of ZNE opportunities, and the climate
benefits associated with measures that align to those specific sectors.
The evaluation team will frame the research around building decarbonization and ZNE retrofit market
opportunities relative to the broader context of energy market transformation, climate and efficiency
goals, grid reliability, and sustainability. The study will focus on multifamily buildings and commercial
kitchens within all applicable commercial building types due to the high emissions reduction potential
of retrofitting electric hot water heating, high efficiency cooking technologies and space heating.5,6
These retrofit options offer significant energy savings but also controllability for enhanced grid
balancing benefits. The retrofit analysis will also highlight retrofit options with less aggregate energy
savings and climate impact potential in other sectors to convey the greater market context to fully
articulate the challenges and opportunities for key stakeholders as well as the broader CPUC
objectives in "The California Long-term Energy Efficiency Strategic Plan," "The Existing Buildings Energy
Efficiency Action Plan," and other recent legislation such as SB 100, SB 1477 and AB 3232.
Study Objective
The evaluation team understands the challenges and opportunities associated with the timelines and
costs for ZNE and decarbonization retrofits and the influence of these variables on project viability and
market development in multifamily buildings and commercial kitchens. The study will outline benefits
of advanced planning as an important element of the strategy for minimizing total impact on tenants
while maintaining cost effectiveness. Our research will highlight the importance of effective
communication around the benefits but also potential disruption of ZNE and decarbonization retrofits
with key stakeholders including:
◼ Advocates and early adopters
◼ Electric and gas utilities
◼ Regulators
◼ Policy-makers, local and regional governments
◼ Manufactures and service providers
5 2006 CEUS Report, Table E-4, Natural Gas Usage by Building Type 6 Based on a conversation with Rory Cox on February 5th, evaluation team may decide to add additional sectors to the study
based on the results of the landscape analysis from year 1.
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◼ Architecture, engineering, and construction (AEC)
◼ Building owners/real estate and facilities management services
◼ Occupants
The state of California cannot meet its building decarbonization and ZNE goals without gaining
significant momentum in the retrofit space. However, customer acceptance of building
decarbonization and ZNE retrofits are contingent on project design and implementation that minimizes
business disruption. Market education and outreach will be necessary to assure building owners and
key stakeholders that such retrofits will benefit multifamily buildings and commercial kitchens, support
their occupants, customers, and employees both in terms of return on investment and resulting
experience within the updated building. To this end, the findings of this project will help provide the
critical data on the impact of timelines on the economics, disruption, and end-product for ZNE and
decarbonization retrofits in multifamily buildings and commercial kitchens.
Overview of Evaluation Methodology
The evaluation team proposes to achieve the study objectives through a combination of a literature
review, in-depth interviews with a variety of key stakeholders, and online surveys. Drawing on our
extensive network of contacts through prior similar research activities, we will develop a sample frame
that adheres to the CPUC's guidelines for research requirements for these types of surveys.
Evaluation Methodology: Detailed Efforts and Deliverables
Below is a listing of the key research topics that we will address in this evaluation study to characterize
tenant inconvenience and financial cost associated with building decarbonization and ZNE retrofits. A
combination of primary and secondary research will be used to evaluate the changes in project costs
associated with retrofitting an existing building to meet State building decarbonization and ZNE goals.
◼ Project Strategy: This portion of the analysis will focus on how advanced planning can help
minimize disruption. In addition, the research will evaluate how to develop a strategy for
ongoing process evaluation to update timelines and manage extensions because of unplanned
barriers or challenges.
◼ Classifying Owner Perspectives: The benefits and challenges for ZNE and decarbonization retrofits are different depending on ownership structures. This section of the research will
explore the perceptions, benefits, challenges, and expectations for the single building and
portfolio owner, along with the role of Real Estate Investment Trusts (REITs) and service
providers. Understanding the building owner dynamics is key to effective communication on
potential tenant disruption and willingness to accommodate uncertain or extended project
timelines.
◼ Communications Plan Development: Effective stakeholder communications are critical to
educate potential building decarbonization and ZNE retrofit customers of the benefits and
process. This section of the study will explore the role of the regulator, utilities, and public-
private partnerships in developing communications and messaging around the benefits of
building decarbonization and ZNE retrofits and the ways to manage tenant disruption.
◼ Business Model Assessment: New and alternative business models can help promote building
decarbonization and ZNE retrofits as well as illuminate new roles for the integrator of the final
project that translate into new market opportunities. The findings from this section of the study
will describe the impact of different business models on project timelines.
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◼ Technology Selection: Building decarbonization and ZNE can be achieved through a broad mix
of technologies. This section of the assessment will explore the value proposition, costs, and
impacts that resonate with the key stakeholders in multifamily buildings and commercial
kitchens. Understanding the stakeholder perspective on building decarbonization and ZNE
technologies is important to inform the messaging on both the benefits of the retrofit project
and the payoff for tenant disruption.
◼ Partnership Assessment: Customers are also sensitive to the profile of partners for long-term
projects. Due to the timelines for building decarbonization and ZNE retrofits, it will be critical
to characterize the following qualities to help promote the projects--pricing models, staying
power, partner networks, and experience. The selection of the retrofit team can have a direct
impact on both the timeline for project completion and the type or level of tenant disruption.
There will be a total of four tasks, with the detailed efforts and deliverables listed below.
Task 1: CPUC and SME Interviews
At the outset of this project, the evaluation team conducted in-depth interviews with CPUC staff
members to review project objectives, agree upon definitions, collect guidance on data availability,
review draft IOU data requests, and solicit names for key Subject Matter Experts (SME) interviewees.
This task coordinated with Task 31 and Task 33 to develop a master list of interviewees. We also
interviewed 10 SME’s to further our understanding of the research context and provide input into
primary research instruments.
Deliverables: Master List of Interviewees, Draft Interview Guides and Final Interview Guides
(Complete)
Task 2: Literature Review
The purpose of a literature review is to describe, summarize, synthesize, and analyze the literature
that exists related to a topic area. For this task, we conducted a literature review to better (1)
understand the commercial building ZNE landscape; and, (2) ground the methodology and follow-on
efforts. We included academic research, industry papers and relevant policies and legislation.
Deliverables: Year 1 Literature Review Memo (Complete)
Task 3: Conduct Primary Research
This task builds on the primary research conducted in Task 1 to gain an understanding of the key
drivers and motivations of various stakeholders relating to building decarbonization and ZNE retrofit
activities in buildings in multifamily and restaurant buildings. Using a combination of online surveys
and targeted interviews, we will reach out to representative samples of stakeholders in the multifamily
and restaurant buildings with the aim of understanding the dynamics of building decarbonization and
ZNE retrofit projects--how are projects carried out over extended periods of time with a minimal impact
to building owners and occupants, what are the cost premiums associated with extending projects
over longer periods to accommodate occupant needs, and how can program cost-effectiveness
requirements be maintained under these circumstances? The primary research will be carried out for
each of the key stakeholders in the following manner:
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Interviews
◼ IOUs: In-depth interviews with key program managers from each of the 4 IOUs;
◼ Regulators: In-depth interviews with key CPUC and CEC staff responsible for building
decarbonization and ZNE activities;
◼ Advocates and early adopters: In-depth interviews with four to six parties;
Interviews + Surveys
◼ Manufacturers and service providers: Online survey of representative sample followed by four
to six in-depth interviews for select sub-samples of respondents;
◼ Architecture, engineering, and construction (AEC): Online survey of representative sample
followed by four to six in-depth interviews for select sub-samples of respondents;
◼ Building owners/real estate and facilities management services: Online survey of
representative sample followed by four to six in-depth interviews for select sub-samples of
respondents; and,
Survey
◼ Occupants: Online surveys for multifamily and commercial kitchen, and other building
managers/owners identified in the landscape analysis (customer lists provided by IOUs
through CPUC data request).
Based on our prior experience, we believe it will be challenging to receive meaningful data regarding
time and cost premiums regarding building decarbonization and ZNE retrofits given the hypothetical
nature of these issues. To address this challenge, we plan to identify various scenarios that
respondents can react to. This will allow us to build in quasi-experimental design components into our
analysis framework.
The analysis will include an analysis of the cost premiums associated with extending project timelines
for retrofitting existing buildings with emphasis on occupants and owners of multi-family and
commercial buildings. Drawing on the primary data, the analysis will also address the issue of tenant
inconvenience associated with ZNE and decarbonization measures, as well as financial costs of
extending a project timeline which can be used to minimize the total impact on tenant while
maintaining cost effectiveness.
Deliverable: Draft and final survey instruments and interview protocols; survey response tabulations
database and analysis files in Excel format along with summary findings for Year 2 and Year 3
activities.
Task 4: Progress Memos and Final Evaluation Report
This deliverable will be a concise, accessible document of streamlined information gathered through
the primary and secondary research efforts. The full evaluation report will be submitted in accordance
with the CPUC’s Evaluation Report Requirements. The final report will include:
◼ Landscape analysis of overall market opportunities for ZNE retrofits, highlighting key measures
in terms of their aggregate GHG reduction impacts and alignment with ZNE goals
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◼ Multifamily Assessment
◼ Commercial Kitchen Assessment
In each of the assessments (i.e., Multifamily and Commercial Kitchen), the report will provide the
following analysis:
◼ Most promising retrofit measures
◼ Likely measure impacts tied to cost, timelines, inconvenience, etc.
◼ Suggestions for overcoming barriers to individual measure installation specifically and ZNE
retrofits generally
◼ Case Studies: real world examples with respect to cost, timelines, inconvenience, and barriers
at the measure and building level will be highlighted when available
Deliverable: Data tracking memos for Year 2. Draft and Final evaluation report for Year 3.
Study Timeline and Milestones
The table below provides the timeline and milestones for this deliverable.
Table 6. Evaluation Timeline
Year 1 Year 2 Year 3
Q1 Q2 Q3 Q4 Q1 Q2 Q3 Q4 Q1 Q2 Q3 Q4
Sign Contract X
CPUC & SME Interviews X X X
Literature Review X X X
Conduct Primary Research X X X X X X X
Reporting X X X X