california solar initiative introduction workshop · the purpose of this workshop is to provide a...
TRANSCRIPT
California Solar Initiative
Introduction Workshop
The slides for today’s presentation can be downloaded/printed at www.pge.com/solareducation
2
Content• Introduction• Overview of Energy Efficiency and Climate Smart• Overview of California Solar Initiative (CSI)• EPBB Calculator• CSI Application Process• CSI Field Inspections• CSI Metering and Monitoring• Other Solar Electric Generating Technologies• Generation Interconnection Services (GIS)• Billing and Rates• Appendix
• Other Solar Incentive Programs• Other Renewables Programs
• Q&A Session
3
Ground Rules
• Act in a safe manner and follow all safety guidelines
• Respect the presenter and fellow participants by limiting side conversations
• Do not interrupt the person talking, there is only one speaker at a time
• Ask only relevant questions or wait until the breaks if not related to the topic
• Silence cell phones or step out to make/take a call
4
The purpose of this workshop is to provide a thorough understanding of the California Solar Initiative and its requirements. We will take you step by step through the application process and also give an overview of several related programs and services PG&E offers.
**Please note: This is not an instructional class on how to install solar**
If you are interested in learning to install solar or getting into the solar industry, please visit the following websites for information:
Interstate Renewable Energy Council-Renewable Energy Training Catalog:•http://irecusa.org/trainingCatalog/
The North American Board of Certified Energy Practitioners (NABCEP):•http://www.nabcep.org/certificates/entry-level-certificate-program/for-students
Grid Alternative (non-profit providing hands-on training for volunteers)•www.gridalternatives.org
Also check with local community colleges and universities
Objective
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About PG&E
Employees 19,800
Electric and gas distribution customers
5.1 MM electric 4.2 MM gas
Electric transmission circuits
18,610 miles
Gas transmission backbone 6,136 miles
Owned Electric generation capacity
6,000+ MW
Total Peak Demand 20,000 MW
What we do:Deliver safe, reliable, and environmentally responsible gas and electricity to approximately 15 million Californians
6
We serve 5% of the U.S. population but emit less than 1% of the total CO2 emitted by the utility sector.
7
PG&E is creating clean energy at our own facilities
PG&E Service Center is sending energy back to the grid!
8
PG&E’s Integrated Approach
Reduce Energy
Use
Renewable Power Supply
NeutralizeEnergy
Use
Energy Efficiency &
Conservation
Solar &
Wind
Climate Smart
Overview of Energy Efficiency and Climate Smart
10
Before installing solar…
Start with Energy Efficiency and Demand Management
• It is more cost effective to make your home more energy efficient before installing solar
• Educate yourself and your customers• Analyze current energy usage• Learn what to do by completing an audit• Explore rate options and other PG&E programs
• Encourage Customers to Take Action to be Efficient– Saves energy and money in 2 ways
• Less usage = smaller energy bills• Reduced load = smaller solar system = lower cost
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Residential
12
•
Available on electric and gas residential
single family
homes and multifamily properties:
PG&E Offers a Variety of Rebates
•High-Efficiency Clothes Washers
•ENERGY STAR® Dishwashers
•ENERGY STAR®
Room Air Conditioner
•Electric Storage Water Heaters
•Natural Gas Storage Water Heater
•Attic and Wall Insulation
•Cool Roof –
Low/Steep Slope
•Whole House Fan
•92% & 94% AFUE Central Natural Gas Furnace
•Variable Speed Motor (VSM) Air Handler System
•Variable and 2-Speed Swimming Pool Pump and Motor
13
Retailer/Manufacturer Offered Rebates•
Appliance Recycling•
Free pick-up of older, working refrigerators •
They use up to up to three times as much energy
as newer ones and add as much as $250
to your annual energy bill•
98% of the fridge is recycled•
Air Duct Testing and Sealing•
Lighting•
Instant rebates on different products (discount included in price):
–
Compact Fluorescent Lamps (including spiral as well as selected covered reflector lamps and dimmables)
–
Fluorescent Interior Hardwired Fixtures –
Fluorescent Exterior Hardwired Fixtures (such as selected covered reflector lamps)
–
Fluorescent Torchieres
14
Business
15
Energy Efficiency Rebates•
PG&E offers a variety of rebates on gas and electric products for businesses:
•
Agricultural Products
•
Appliances and General Improvement
•
Food Service
•
Heating, Ventilation and Air Conditioning (HVAC)
•
Lighting
•
Refrigeration
•
Boilers and Water Heating
•
Business Computing
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(Non-Residential Retrofit -
NRR)
•
Incentives for the installation of high-efficiency equipment or systems•
Customized rebates that are calculated based on actual reduction in energy usage
Non-Residential New Construction•
The program offers owners and their design teams analysis and resources to aid with energy-efficient facility design (10-15% above Title 24) of new non-
residential facilities, expansions, or any added load
•
Offers Energy-Efficiency Design Assistance at no cost
17
Retrocommissioning (RCx)
•
Systematic process for identifying less-than-optimal performance in an existing facility’s equipment and control systems
•
Focuses on making necessary repairs or enhancements to existing equipment and systems to save energy and cost
•
Can reduce energy costs by 5-15%
•
PG&E provides incentives, engineering resources
•
Building owners must agree to implement measures within 12 months
18
Demand Response Programs•
Programs that offer incentives for businesses who reduce their energy load during peak demand
Demand Response vs. Energy Efficiency24-hour demand profile period for an office building
1
Wat
ts p
er sq
uare
foot
4.50
4.00
3.50
3.00
2.50
2.00
1.50
1.00
0.50
0.002 3 4 5 6 7 238 9 10 11 12 13 14 15 16 17 18 19 20 21 22 24
Demand ResponseStandardEnergy Efficient
1
Wat
ts p
er sq
uare
foot
4.50
4.00
3.50
3.00
2.50
2.00
1.50
1.00
0.50
0.002 3 4 5 6 7 238 9 10 11 12 13 14 15 16 17 18 19 20 21 22 24
Demand ResponseStandardEnergy Efficient
19
Example of Demand Response Program
• PeakChoice allows customers to create a semi-customized program by selecting options from a list of features
PeakPeakChoiceChoiceTMTM
Event Notification Lead Time Minimum notice you need before you
reduce energy
Maximum Number of Events Number of events you will participate in
Reduction Amount & Commitment Level How many kW you can reduce
Making a best effort to reduce vs. committing to reduce
Event Duration Number of hours you have to reduce for each event
Event Window What time of day an event can occur
Number of Consecutive Event Days Number of consecutive event-days you
can participate in
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-
2,000
4,000
6,000
8,000
10,000
12,000
14,000
1960 1965 1970 1975 1980 1985 1990 1995 2000
KW
h/pe
rson
US CA Western Europe
Courtesy Art Rosenfeld, California Energy Commission
•
Energy efficiency programs have helped keep per capita electricity consumption in California flat since 1976
•
PG&E’s programs alone have avoided the release of over 135 million tons of CO2
into the atmosphere over the same period
30+ Years of Energy Efficiency Success
Note: 2005 – 2008 are forecast data.
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ClimateSmart
•
The energy you use emits greenhouse gases, such as carbon dioxide (CO2), into the atmosphere.
•
ClimateSmart
is a voluntary program that enables customers to reduce their impact on climate change.
•
Customers can pay a separate amount on their monthly energy bill
•
PG&E will invest 100% of the payment in independently verified greenhouse gas emission reduction projects in California
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ClimateSmart• These projects absorb or reduce over time an equal amount of CO2 from
the atmosphere, balancing out the climate impact of your energy use.– Conserving and restoring forests– Capturing methane gas from dairy farms and landfills– Many more proposed
Example of Projects:
Forestry
• Carbon sequestration• Habitat preservation• Watershed protection• CA is losing 40,000
acres of forestland annually
Dairy Methane Capture *
• Reduce impact of methane• Of 1900 dairies in CA,
unless than 24 capture methane
Landfill Methane Capture **
• Reduce impact of methane
* Pending CPUC approval.** Requesting CPUC approval.
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ClimateSmartEnrollment is easy and voluntary; customers can choose to
enroll their electric or gas or both accounts
Cost/Rates•
Based on actual usage (how many kWh and/or therms
are used)•
Electric: $0.00254 per kWh
•
Gas: $0.06528 per therm
•
Less than $5 per month for a typical residential home
•
Contributions are tax deductible
Visit the PG&E website to enroll or for more information–
www.joinclimatesmart.com
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Resources
Residential:Smarter Energy Line
www.pge.com/myhome/sa
veenergymoneyor
1-800-933-9555
Small/Medium Commercial:Business Customer Center
www.pge.com/mybusiness/ene
rgysavingsrebatesor
1-800-468-4743
For more info and other programs, contact PG&E’s Energy Efficiency Lines
Large Commercial:Contact your assigned PG&E
Account Manger or Representative
BONUS:
What are the three parts of PG&E’s Integrated Approach?
Overview of the California Solar Initiative
(CSI)
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CPUC(CA Public Utilities Commission)
Retrofit Residential Retrofit Commercial Commercial New Construction
Residential New Construction
4. New Solar Homes Partnership (NSHP)
PG&E SCE CCSE
Program Administrators
CEC(California Energy Commission)
SDG&EPG&E SCE
SB 1
Program Administrators
Low Income Solar (LISP)
1. California Solar Initiative (CSI)
3. Single Family2. Multi-family
Retrofit Low Income
Grid Alternatives
BVES
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What is CSI?
•
The California Solar Initiative provides a financial incentive for the installation of solar on a home or business.
•
CSI incentives vary by incentive type, customer segment and system size.
•
Incentive amounts gradually reduce over time.
•
First funding is reserved, then once installation is complete, the incentive payment is made.
29
CSI Eligibility•
Project site must be in service area receiving retail electric service from Pacific Gas & Electric (PG&E), Southern California Edison (SCE) or San Diego Gas & Electric (administered by CCSE)*
•
CSI incentive rate determined by customer’s utility rate schedule
•
Retrofit Residential Projects (Single Family & Multifamily homes)**
•
Retrofit and New Construction Non-Residential Projects (Commercial, Industrial, Agricultural and Government)
•
Must use new and eligible equipment approved on CEC list
•
Note: Effective July 1, 2009 there is a new list for eligible PV
modules based on testing standards
•
New panels can be added to an existing inverter, if that inverter was previously rebated through the CSI (or program under SB1).
•
Minimum System Size of 1 kW
•
Maximum System Size of 5 MW
•
Incentives will be capped to the First
MW*Municipal electric utility customers, please check with your provider for any solar incentives or CSI updates. ** New construction residential projects are eligible under the New Solar Homes Partnership Program
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CSI Eligibility•
Installation contractors must have valid A, B, C-10 or C-46 license and be listed with the California Energy Commission, unless it is a self-installation•
Can be verified by contacting the California State License Board
at www.cslb.ca.gov
or 1-800-321-2752.
•
System production must serve onsite electric load
•
For system 5kW or greater: Estimated production from EPBB calculator must be <
previous 12 month usage history (kWh)
•
If system cannot be justified by historical usage, one of the following documentation must be provided:
1. Square Footage (only system size of 5-9.9 kW), will be used to calculate allowable size (2 watts x square feet = maximum CEC-AC system size)
2. Comprehensive list of new and/or old appliances/equipment, wattage and expected usage or hours of operation
3. Other: engineering calculations, Title 24 (no older than 3 years), or building simulation reports such as eQuest, EnergyPro, etc
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CSI Eligibility•
Energy Efficiency Requirements
•
Energy Audit must be completed
•
All Customers must sign a Disclosure Agreement*
•
Acknowledgement that usage history/building information, energy efficiency measures and recommendations have been provided.
•
Benchmarking (only for Non-Res over 100,000 sq/ft, EPBB only)*
•
Comparison of energy consumption of a similar building to determine a rating/performance score
•
If customer’s rating is less than 75, retrocommissioning must be completed.
•
Customers required to sign Commitment Agreement
•
Commits customer to perform retrocommissioning and complete improvements identified in assessment
•
Improvements must be completed before a project is paid
•
Non-Residential New Construction must be 15% above current Title 24 Standards*
*Effective July 1, 2009
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CSI Incentive StructureThere are two types of Incentives:
Expected Performance-Based Buydown (EPBB)
•
EPBB is a one time, up-front payment based on an estimate of the system's future performance
Or…
Performance-Based Incentives (PBI)*
•
PBI are monthly payments for 5 years based on actual performance of the system as measured by a separate performance meter
*Any system larger than 50 kW
are required to select for the PBI Incentive
**Effective January 1, 2010
any system larger than 30kW
are required to select the PBI Incentive
33
CSI Incentive RatesIncentive structure:•
10 step program with a predetermined number of MegaWatts
dedicated to each Step Level
•
Rebates automatically decline based upon reservations approval•
Higher rebates for non-taxable entities (Government/Non Profit)
PG&E (MW) EPBB Payments (per Watt) PBI Payments (per kWh)
Step ResNon- Res Residential Commercial
Gov't / Nonprofit Residential Commercial
Gov't / Nonprofit
1 - - n/a n/a n/a n/a n/a n/a
2 10.1 20.5 $2.50 $2.50 $3.25 $0.39 $0.39 $0.50
3 14.4 29.3 $2.20 $2.20 $2.95 $0.34 $0.34 $0.46
4 18.7 38.1 $1.90 $1.90 $2.65 $0.26 $0.26 $0.37
5 23.1 46.8 $1.55 $1.55 $2.30 $0.22 $0.22 $0.32
6 27.4 55.6 $1.10 $1.10 $1.85 $0.15 $0.15 $0.26
7 31 62.9 $0.65 $0.65 $1.40 $0.09 $0.09 $0.19
8 36.1 73.2 $0.35 $0.35 $1.10 $0.05 $0.05 $0.15
9 41.1 83.4 $0.25 $0.25 $0.90 $0.03 $0.03 $0.12
10 50.5 102.5 $0.20 $0.20 $0.70 $0.03 $0.03 $0.10
ResNon Res
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Trigger Tracker www.csi-trigger.com
*To determine approximate MW left in step, subtract column 9 from column 8
8* 9*4 5 6 71 2 3
35
Solar to Date•
PG&E territory represents more grid-tied solar systems than any other utility in the United States
•
CSI Program success…
•
Approximately 18,500 Applications Received
•
Over 12,500 Projects Completed totaling over $275 Million in incentives paid
•
Continuous improvements made to streamline process and to make PowerClerk
user friendly
•
Reduced paperwork by more than 50%•
Working towards going paperless in the future
BONUS:
What is the maximum and minimum system size to be eligible for a CSI
incentive?
EPBB Calculator
38
EPBB Calculator
•
Online tool that estimates the expected production of the system and is used to determine the CSI incentive amount
•
Takes into consideration equipment, location, orientation, tilt, shading effects and standoff height
•
Measures the proposed system against an optimal system
•
Derates
the proposed system by a certain percentage
(0-100%), referred to as the Design Factor, for any factors affecting the expected performance.
39
Filling Out the EPBB Calculator
•
Required Field Measurements
•
Standoff Height
•
Shading
•
Tilt
•
True Azimuth
40
Standoff Height•
Standoff Height -
perpendicular distance from roof to the bottom of the module frame
•
If not parallel to roof, use average height as shown below
Frame
6”
3”
(6”+3”)/2=4.5”
(SMAX)
(SMIN)
Mounting Method Choices:
0”
>0” to 1”
>1” to 3”
>3” to 6”
>6”
Please note: If the Mounting Method is not selected on the EPBB Calculator, it will automatically default to greater than 6”
which can result in an incorrect design factor
41
Minimal Shading and Solar AccessObstructions such as trees, chimneys or nearby buildings can cast shadows on PV systems, which can reduce the system’s sun access thereby reducing the amount of electricity the system will generate.
You must indicate on the EPBB Calculator whether there is shading that will have an impact or not.
Option 1: Minimal Shading
•
Minimal Shading-requires at least a 2:1 distance to height ratio of any object within the orientation of sun to the panels.
A
B
A > (2 X B)
For example, if line B is 13 feet, then line A has to be 26 feet or more
42
Minimally Shaded?
40 Feet10 Feet
Object Height is 10 feet above the array.
Object Distance is 40 feet from the array.
2 x Height (above the modules) = 2 x 10 feet = 20 feet
2 x Height < Distance = Minimal Shading
Is 20 feet < 40 feet? Is this Minimal Shading?
NO SHADE IMPACT REQUIRED
YES
43
Minimally Shaded?
25 Feet
Object Height is 15 feet above the array.
Object Distance is 25 feet from the array.
2 x Height (above the modules) = 2 x 15 feet = 30 feet
2 x Height < Distance = Minimal Shading
Is 30 feet < 25 feet? Is this Minimal Shading?
SHADE IMPACT REQUIRED
15 FeetNO
44
If Not Minimal Shading…Option 2: Not Minimal Shading, Enter Solar Access Values
•
If a system does not satisfy the minimal shading requirement, a shading analysis needs to be performed to generate monthly solar access values.
•
Solar access can be measured with tools such as the Solar Pathfinder or Solmetric SunEye (available at Pacific Energy Center to loan, visit www.pge.com/myhome/edusafety/workshopstraining/pec/toolbox/tll/)
•
Measurements should be take at every major corner, but should not be more than 40 feet apart.
45
Sample Reading
46
Shade Impact Comparison: EPBB vs PBI
PBI•
Incentive based on actual kWh generation
•
Since entire year’s system availability affects kWh generation, all shade including winter shade affects incentive
EPBB•
Only summer months (May-October) solar access affects incentive
•
Winter shade has no impact on incentive
47
Tilt
•
Tilt -
Angle at which the modules are mounted
relative to 0º
(flat horizontal surface)
•
Modules that are installed on a flat roof will have a 0º
tilt
tilt angleº
Frame
Ex. 30º
48
What is True Azimuth?True Azimuth
–
the angle, usually measured in degrees(°), between a reference point (True North Point
0°) and the direction of interest (direction panels are facing)
•
The magnetic azimuth
is measured using a compass, which does not represent the true north point because of the Earth’s magnetic fields
•
Therefore, the magnetic azimuth must be corrected by adding (in Western U.S.) the magnetic declination
of a specific location to give true azimuth
Magnetic DeclinationMagnetic North on a
Compass
49
Magnetic Declination Correction•
Look up magnetic declination for specific location at: (http://www.ngdc.noaa.gov/geomagmodels/Declination.jsp)
•
Enter in zip code, and it will calculate the magnetic declination for that location.
For example:
If you are in San Francisco and your compass shows you a reading of 180°,
you would look up the zip code (e.g. 94105) and add the given correction for magnetic declination of 14°
to get a true azimuth of 194°
On EPBB Calculator, enter the azimuth as 194°
50
Tips for Determining Azimuth
•
Try to stay 10-15 ft away from metal, motors, rooftop package units or magnets
•
Store compasses away from cell phones and magnets
•
Do not place compass directly on module or racking in case there are any magnetic fields present
•
Check reading against tools like GoogleEarth. There is no azimuth function, but it can be used to provide sanity check for azimuth.
51
EPBB Tool Demonstration
www.csi-epbb.com
We will show how to input a sample system
EPBB Tool explanation sheet can be found online at www.pge.com/solareducation
52
Using the EPBB Calculator: Incentive Amounts
EPBB Incentive
= EPBB Incentive Rate x CSI rating
•
CSI rating = CEC-AC Rating x Design Factor
PBI Incentive
= PBI Incentive Rate X Actual monthly kWh output*
•
EPBB calculator will give estimate of the incentive for PBI by calculating estimated annual output (annual kWh) x the incentive rate x 5 years
* As reported monthly by a separate performance meter
53
Field Verification•
Field measurements should be verified pre and post installation for accuracy•
If changes have been made after installation is complete, a new EPBB calculator must be submitted
•
The following measurements must also be verified in the field post installation by the contractor*•
Primary Method•
Solar Irradiance•
Temperature•
Inverter Output•
Compare to Field Verification Output Table (next page)
•
Secondary Method (trained/certified professionals only)•
Polarity of all source circuits is correct•
Open circuit voltages of source circuits have been tested and measured to be within 2% of each other
•
Short circuit currents have been tested and measured to be within 5% of each other
*Effective for Reservation Request Applications first received on or after July 1, 2009
54
Field Verification Output Table
55
Multiple EPBB Calculators
•
Multiple EPBB Calculators are needed when there are multiple arrays that differ in one or more of the following:
•
Stand-off Height
•
Shading
•
Tilt
•
True Azimuth
•
Panel manufacturer and/or model
•
Inverter manufacturer and/or model
56
28 panels:
Azimuth -
South 180º
Tilt -
21º
from horizontal Neighbor’s tree
3
21
4
Case Study 1
3
21
4
One array with the same:•modules and inverter(s)•stand-off height •shading•azimuth•tilt
Take 4 SunEye Snapshots, one at each corner of the
array
57
Case Study 1: Calculate Solar Access Averages
Each snapshot will generate 12 monthly Solar access values
Jan 84%
Feb
89%
Mar
92%
Apr
93%
May
94%
June
95%
July
97%
Aug
96%
Sept
94%
Oct
92%
Nov
91%
Dec
89%
Array 1: Solar access values are averaged
for points 1-4
58
Case Study 1: Calculate ImpactBecause entire array has the same stand-off height, shading,
azimuth, tilt and equipment, it is fine to complete only one
EPBB Calculator using averaged monthly solar access
values from the 4 points.
Array has 28 panels
59
Case Study 2
9 panels:
Azimuth -
East 90º
Tilt -
17º
from horizontal
21 panels:
Azimuth -
South 180º
Tilt
-
21º
from horizontal
Neighbor’s tree
1
23
4
7
56
8
•Two arrays with the same module types and same inverter(s)
•Two arrays with different shading, azimuths and tilts•Take 8 SunEye Snapshots, one at each corner of each array
60
Case Study 2: Calculate Solar Access Averages
Jan 89
Feb
90
Mar
92
Apr
93
May
94
June
95
July
97
Aug
96
Sept
94
Oct
92
Nov
91
Dec
89
Array 1: Solar access values
are averaged for points 1-4
Array 2: Solar access values
are averaged for points 5-8
Each snapshot will generate 12 monthly Solar access values
Jan
90
Feb
91
Mar
92
Apr
93
May
94
June
95
July
96
Aug
96
Sept
95
Oct
93
Nov
92
Dec
91
61
Case Study 2: Calculate Impact
Array #1 has 9 panels
Because the two arrays have the different shading azimuths and tilts, two separate EPBB Calculator submittals are required - one for each array of unique orientation.
Array # 2 has 21 panels
BONUS:
What is the current incentive rate for EPBB and PBI for both Residential and
Commercial?
CSI Application Process
64
Before Applying
Application Terminology:
•
Host Customer: the utility customer of record (person listed on the bill) at
the location where the generating equipment will be located.
•
System Owner: the owner of the generating equipment at the time the incentive is paid.
•
Applicant: is the entity/person that completes and submits the CSI Program application and serves as the main contact person for the CSI Program.
•
Project Site: the physical site where the system is going to be installed as listed with PG&E. If there is a separate mailing address, this can be indicated under the Host Customer section.
65
2 Step vs 3 Step Applications
2 Step•
All Residential retrofit projects
•
All retrofit and new Non-
Res projects < 10 kW
CommercialIndustrialAgriculturalGovernmentNon-Profit
3 Step•
All Non-Res retrofit and new construction projects >
10 kW
CommercialIndustrialAgriculturalGovernmentNon-Profit
2 Step Application Process
2 Step Application All Residential Retrofit and All Non-Res Projects < 10 kW
Submit
Incentive Claim
Form
ICF
Submit
Reservation Request
Form
RRF
Step 1. Reserve the Funding Step 2. Claim your Incentive
68
Step 1 of 2: Reservation Request Required Documents
1. Completed Reservation Request Form and Program Contract with Signatures
•
Application listing the customer, installer, project site, requested incentive amount, etc
2. Documentation of an Energy Efficiency Audit (or Title 24 documentation or other exemptions)
•
Can be done on PG&E website, phone or mail
3. Printout of EPBB Tool Calculation (www.csi-epbb.com)
•
Each array requires a separate printout to determine correct incentive
4. Copy of Executed Agreement of Solar System Purchase and Installation
•
Purchase/installation contract between involved parties
5. Copy of Signed Disclosure Agreement*
•
Acknowledgement of energy efficiency information provided
*Effective July 1, 2009
69
Step 1 of 2:
Additional Required Documents, IF APPLICABLE
If Existing EPBB Customer with Commercial Building >100,000 sq ft & Benchmarking < 75
6. Copy of Commitment Agreement
•
Commits customer to perform retrocommissioning
If No Historical Usage or Annual kWh on EPBB Calculator > Previous 12 Month Usage history
7. Electrical System Sizing Documentation
•
Square footage, list of new equipment/appliances with wattage and expected use, or engineer calculations
If the Owner of the System is Not the PG&E Customer
8. Copy of Executed Alternative System Ownership Agreement
•
Listing involved parties, terms, length of time, signatures, etc.
*Effective July 1, 2009
70
Step 1 of 2:
Additional Required Documents, IF APPLICABLE
If New Construction (Non-Res only)*
9. PERF-1 Form Certificate signed by a CEPE*
•
Proof of compliance of 15% above current Title 24 standards
10. Building Site Plan*
11. Copy of New Construction Building Permit*
If Government, Non-Profit or Public Entity
12. Certification of tax-exempt status
•
If certification is unavailable, letter from the CFO or equivalent
*Effective July 1, 2009
71
Step 2 of 2: Incentive Claim Required Documents
1. Complete Incentive Claim Form with Signatures
• Application indicating payee, installed as-built equipment, final incentive amount, etc
2. Performance Monitoring & Reporting Service (PMRS) Documentation:
If PBI: Copy of Executed Performance Data Provider (PDP) contract
• Performance Meter make, model & serial number; name of provider, terms & conditions, etc.• Communication to the performance meter should be completed prior to ICF
If EPBB and no eligible PMRS is installed (exempt): PMRS Cost Cap Exemption Documentation
• Proof of exemption such as copy of quote from eligible PMRS provider showing cost
3. Signed Field Verification Certification Form**
• To be signed by contractor verifying field measurements
**Effective for Reservation Request Applications first received on or after July 1, 2009
72
Step 2 of 2: Incentive Claim Required Documents
If Existing EPBB Customer with Commercial Building >100,000 sq ft & Benchmarking < 75
4. Copy of Retrocommissioning Report Agreement*
•
Proof that customer has performed retrocommissioning and completed improvements to put them above a rating of 75
If Any Changes have been made to the System
5. Updated EPBB Calculation Printout
•
Required if installed system is different than proposed system in approved in Reservation (Step 1)
*Effective July 1, 2009
2 Step Process and Timeframe All Retrofit Residential and All Non-Res Projects < 10 kW
Please note: Timeframes are approximate.
*Missing or Incorrect information/documents cause indefinite delays.
Due 1 year from date
Reservation Approved for retrofit Residential
Incentive
Claim
Form
Incentive
Approval
Notification
PG&E ReviewReservation
Request
Form
Within 30 days*
Reservation
Confirmation
Notification
PG&E Review
Within 30 days*
Due 18 months from date
Reservation Approved for all Non-Residential
Complete Installation
3 Step Application Process
3 Step Application All Non-Residential Projects >
10 kW
Submit
Proof of Project
Milestone
PPM
Submit
Incentive Claim
Form
ICF
Submit
Reservation Request
Form
RRF
Step 1. Reserve Funding Step 2. Show Progress Step 3. Claim Incentive
76
Application Fee for 3 Step
•
Application Fee required for all non-residential applications >
10 kW based on CEC-AC rating
kW > kW < FEE10 - 50 = $1,250 50 - 100 = $2,500 100 - 250 = $5,000 250 - 500 = $10,000 500 - 1,000 = $20,000
• Fee refunded upon project completion
•
Fee forfeited if project is cancelled after being reserved/confirmed
77
Step 1 of 3:
Reservation Request
Required Documents
1. Completed Reservation Request Form and Program Contract with Signature
2. Documentation of an Energy Efficiency Audit (or Title 24 documentation or other exemptions)
3. Printout of EPBB Tool Calculation (www.csi-epbb.com)
4. Copy of Disclosure Agreement*
Additional Documents Required for 3 Step Applications
5. Application Fee for non-residential projects >
10kW
•
Make payable to PG&E or CSI Program
*Effective July 1, 2009
78
Step 1 of 3:
Reservation Request Required Documents, IF APPLICABLE
Only required if applicable
6. Copy of Commitment Agreement*
7. Certification of tax-exempt status
8. PERF-1 Form Certificate signed by a CEPE*
9. Building Site Plan*
10. Copy of New Construction Building Permit*
*Effective July 1, 2009
79
Step 2 of 3:
Proof of Project Milestone Required Documents
1. Completed Proof of Project Milestone Checklist
• Checklist to assist in completion of information materials required for review of Proof of Project Advancement
2. Copy of Executed Agreement of Solar System Purchase and Installation
3. Copy of Executed Alternative System Ownership Agreement, if applicable
4. Revised EPBB Calculation Printout, if applicable
If Gov’t, Non-profit, and Public EntitiesDue within 60 days of Reservation Reserved
5. Copy of Request For Proposal (RFP) of Solicitation
• Notice to Invite Bids or similar solicitations for the installation, lease, and/or purchase of the system proposed
80
Step 3 of 3: Incentive Claim Required Documents
Same as 2 Step Applications
1. Complete Incentive Claim Form with Signatures
2. Performance Monitoring & Reporting Service (PMRS) Documentation:
If PBI:
Copy of Executed PDP Contract,
of
If EPBB and no eligible PMRS is installed (exempt):
PMRS Cost Cap Exemption Documentation
3. Signed Field Verification Certification Form**
4. Copy of Retrocommissioning Report Agreement, if applicable*
5. Updated EPBB Calculation Printout, if applicable
*Effective July 1, 2009
**Effective for Reservation Request Applications first received on or after July 1, 2009
3 Step Process and Timeframe New Construction and Retrofit Non-Residential Projects >
10 kW
Due 60 Days from Reservation Reserved
Proof
Of
Project
Milestone
Due 18 months from Reservation Reserved
Incentive
Claim
Form
Reservation
Request
Form
Reserved
Reservation
Notification
Confirmed
Reservation
Notification
Incentive
Approval
Notification
PG&E Review
Within 30 days*
PG&E Review
Within 30 days*
PG&E Review
Within 30 days*
*Please note: Timeframes are approximate and cannot be guaranteed. Missing or Incorrect information/documents cause indefinite delays.
Complete Installation
3 Step Process and Timeframe Government and Non-Profit Projects >
10 kW
Due 240 Days from Reservation Reserved
Proof
Of
Project
Milestone
Due 18 months from Reservation Reserved
Incentive
Claim
Form
Reservation
Request
Form
Due 60 Days from Reservation Reserved
Request
for
Proposal
(RFP)
RFP
Approval
Notification
Reservation
Reserved
Notification
Reservation
Confirmed
Notification
Incentive
Approval
Notification
PG&E Review
Within 30 days*
PG&E Review
Within 30 days*
PG&E Review
Within 30 days*
PG&E Review
Within 30 days*
*Please note: Timeframes are approximate. Missing or Incorrect information/documents cause indefinite delays.
Complete Installation
83
Common Mistakes•
Reservation Request Packet
•
Missing or Incorrect Energy Audit documentation (e.g. wrong zip code, etc.)
•
Project Site Address does not match physical address in PG&E database
•
Missing Tax Exemption Letter (Gov’t, Non-Profit, Public Entities)
•
Missing signatures for all parties involved
•
Proper selection not made on EPBB Calculator, causing it to use defaults (i.e. stand-off height)
•
Incentive Claim Packet
•
Revised EPBB not submitted to reflect changes in installed equipment
•
Equipment does not match information submitted to Generation Interconnection Dept.
•
Missing PMRS documentation
•
Tax Status and Tax ID inconsistent or incorrect from previous submittals
84
CSI Applications Received
680729 697
832791
417
533
640
876
509
878
672
445
683
526 525
546
48120
292371
550
496
882
663
381
527
449
618
428
556
653
317
425530
619
374 372
720
1774
616
1 8 2070
123150
305 372 397
463
411
522488
455394
426
509
485
555
476
285
416
620
488
0
200
400
600
800
1000
1200
1400
1600
1800
2000
JAN 07 FEBMARAPRMAYJU
NJU
LAUGSEPOCTNOVDEC
JAN 08 FEB M
AR APR M
AY JU
NEJU
LYAUGSEPT
OCTNOVDEC
JAN 09 FEB M
AR APR M
AY JU
N JU
L AUG SEP
RRFs Received ICFs Received
Total RRFs Received: 18,905 Total ICFs Received: 13,292
85
How to Apply
•
Download Excel forms from website*www.pge.com/csi
•
Access online database PowerClerk–
Track status of all applications
–
Ability to pre-fill certain sections with stored data
www.pge.powerclerk.com
* Please note that new forms are available as of July 16, 2009 and must be used
86
Resources
Applications:
www.pge.com/csi
www.pge.powerclerk.com
EPBB Calculation Tool:
www.csi-epbb.com
California Energy Commission:
www.gosolarcalifornia.ca.gov
Energy Efficiency:
Residential
www.pge.com/myhome/saveenergymoney
Business
www.pge.com/mybusiness
BONUS:
What is the criteria for minimal shading according to the CSI Program?
CSI Field Inspection Process
89
CSI Field Verification Inspections
Purpose•
To verify that the project is installed as represented in the Incentive Claim Form, is operational, is interconnected and meets the eligibility criteria of the CSI Program.
90
Selection of CSI Projects for Site Inspections
Projects <50 kW:
•
First two Incentive Claim Forms submitted by a contractor will be inspected
•
After two successful inspections, projects will be randomly chosen for inspection
•
Random means approximately 1 in 7 applications per applicant
Projects >50 kW:
•
Program administrator’s discretion
91
CSI Inspection Verification
Inspectors will verify the following:Module & Inverter Equipment
- Manufacturer
- Model Number
- Quantity
*If module nameplate is not visible, invoice is necessary to verify manufacturer and model
Installation Parameters Verified
Measure:
- Tilt
- Azimuth
- Standoff Height
- Shading of array(s)
Operation
- System is operational, and output is reasonable for conditions at time of inspection
92
Coordination of InspectionsApplicants are not required to attend inspections, though they are highly encouraged to do so, especially…
•For first time Applicants
•For projects with significant shading
Inspector will require physical access to the equipment and will contact the Applicant to coordinate this with the Host Customer
•If Applicant prefers, the Inspector can coordinate with the Host Customer directly.
93
Access Issues to ModulesIf issues exist that prohibit access, such as
•
Weather conditions that may render it unsafe to mount roof
•
Roof that are too steep or have other structural issues, etc.
The Inspector will require assistance from Applicant by
•
Providing their shading analysis for EPBB Calculator
•
Providing an invoice indicating the module manufacturer, model and quantity
The Inspector will still verify if the system output from the inverter is reasonable given the conditions during the inspection
94
Inspection Results•
Inspector will verify measurements are within the following tolerances:
•
Tilt +/-
3º
•
Azimuth +/-
5º
•
Shading +/-
5%
•
If inspection results fall within tolerances•
Inspector will accept EPBB calculator as submitted with the Incentive Claim Form and send report to PG&E
•
PG&E will pay incentive as requested in the Incentive Claim Form
•
If inspection results fall outside of tolerances•
Inspector will communicate discrepancies to Applicant onsite, if
present during inspection
•
Inspector will run a new EPBB calculator to get a revised CSI rating and incentive amount
•
Inspector will send it along with the report to PG&E for further
evaluation
95
Inspection Results Cont’d•
PG&E will compare recalculated incentive to submitted incentive amount in Incentive Claim Form/EPBB Calc.
•
If incentive amount discrepancy is within 5%•
PG&E will pay revised incentive amount based on new EPBB Calculator from inspection
•
If incentive amount discrepancy is 5% or more•
PG&E will issue a failure
•
If a failure is issued, the following two options will be communicated to the Applicant and Host Customer and a decision must be made within 30 days:
1. Applicant can accept new recalculated incentive amount2. Applicant can dispute the accuracy of results/measurements
•
If installed equipment is different (manuf/model or quantity) than that submitted in the ICF/EPBB Calc, new EPBB calculator will be run if it effects CSI rating/incentive
96
Failed Inspections
•
Low volume Installer (< 200 systems per year Statewide)•
1 failure = warning
•
2 failures = 100% inspection for Applicant’s projects
•
3 failures = Disqualification for 1 year from CSI Program
•
High volume Installer (>
200 systems per year Statewide)
•
4 failures = 100% inspection
•
5 failures = Disqualification for 1 year
•
All failures removed after good standing for 1 year of last failure
97
How to Prevent Failed Inspections
• Make sure Incentive Claim Form and EPBB Calculator
accurately reflect “as-built” system
•
If any changes occur, send updated EPBB Calculator to
Program Administrator before the inspection occurs
•
Revised EPBB Calculators will not be accepted by Inspectors
on-site
•
Attend the inspection to familiarize yourself with the inspection
process and program requirements
BONUS:
What is the two customer
criteria that distinguishes a project as 3 step?
CSI Performance Metering and Monitoring
100
Performance Metering and MonitoringCPUC requires
all projects to have Performance Monitoring and Reporting Services (PMRS), unless exemption criteria are met
EPBB and PBI Projects•
Performance Meter:
is a meter separate from and in addition to the utility’s revenue meter (can be inverter integrated) and records system performance at an accuracy of +/-5%.
•
Performance Monitoring and Reporting Service (PMRS):
is a service that a customer can purchase to track the performance of their system
through the performance meter or a NGOM.
PBI Only•
Net Generation Output Meter (NGOM):
is a meter separate from and in addition to the utility’s revenue meter and records performance (output) data at accuracy of +/-2%.
•
Performance Data Provider (PDP): the
entity that collects performance data from the NGOM and provides it to PG&E. This is used for calculating monthly PBI payments and can also be used to provide customer performance data.•
Data for PBI payments is collected once a month
101
EPBB Projects: must include proof of exemption (if exempt, see chart below)•Copy of quote from eligible provider showing total cost
PBI Projects: must include a copy of an executed contract with a PMRS/PDP provider for 5 years and must show
•Provider name, project site, cost and all other terms•CEC approved meter make, model and serial number•Copy of signatures for all involved parties
Please Note:
All metering systems are paid for at the System Owner’s expense including some form of communications (internet), performance monitoring and reporting capability.
CSI Application Requirements
102
EPBB Metering and Monitoring Set-Up
Performance Monitoring and
Reporting Service (PMRS)
CustomerProject Site
Inverter (with Integrated meter
+/-
5%)
PV Panels
NEM Utility Meter (Bi-
directional)
For Billing
103
PBI Metering and Monitoring Set-Up
Performance Monitoring and Reporting Service
(PMRS)
Customer
Performance Data Provider (PDP)
Project Site
Net Generation Output Meter (NGOM +/-
2%)
Inverter (with Integrated Meter +/-
5%)
PV Panels
NEM Utility Meter (Bi-directional)
For PBI Payments
For Billing
104
Additional Requirements•All PMRS/PDP providers must be listed on the CEC Website and be
approved by each Program Administrator•A list is available at www.gosolarcalifornia.ca.gov
•Note: In most cases, the PMRS provider and PDP provider will be the same entity.
•Meter and equipment must be on approved CEC list•If the following message is displayed on the EPBB calculator, the selected
inverter does not have a +/-5% integrated meter and/or an output display. Therefore, an additional meter or component must be installed
•Meters must have a one-year warranty
•Performance meters can be installed by the utility or a qualified 3rd
party (PBI Only)
•See CSI Handbook: Appendix B, Section 11 and 4.7.3.3 for more information
BONUS:
What are the four field measurements
we verify during an inspection?
Other Solar Electric Generating Technologies
(Non-PV)
107
Other Solar Electric Generating Technologies
Category Electric Generating Electric Displacing
Technology Examples
• Dish stirling
• Solar trough
• Dish and lens
•
Concentrating solar (“CPV”)*
• Solar water heating
• Solar space & process heating
• Solar driven cooling
Incentive Basis
Amount of electricity generated (like with PV) minus ancillary loads
Amount of electricity that would have otherwise been consumed, assuming minimum equipment efficiencies
All solar technologies other than flat-plate non-concentrating modules
*only technology currently CSI eligible
108
Other Solar Electric Generating Technologies
•
Technology examples
Dish Stirling
Source: www.wapa.org Concentrating PV
Source: www.solfocus.com
Solar Thermal Heating/Cooling
Solar Trough
Source: www.geni.org
109
Other Solar Electric Generating Technologies•
All “Other Solar Electric”
incentives are PBI
•
As with PV, products must be certified for CSI eligibility–
Only four products are certified to-date
•
List available at www.gosolarcalifornia.ca.gov
•
CSI calculator for Concentrating PV is available
•
Determines incentive based on user estimate of annual kWh (can be obtained from vendor calculations)
•
Forms available on CSI website–
Reservation Request Form
–
Reservation application guide
•
Two “Other Solar Electric”
Reservation Request
(Concentrating PV) received
BONUS:
What is the cost cap exemption for a 35kW PBI system?
Generation Interconnection Services
(GIS)
112
Interconnection OverviewInterconnection is the physical connection of the solar system to the utility grid.
GIS Role
•
Coordinates interconnection activities, including:
•
engineering reviews,
•
metering
•
access issues
•
special facilities
•
execute contracts and administer
•
Assures that safety protocols are adhered to for the protection of the utility workers and the generator is installed as designed and operating according to Rule 21.
•
Issues Permission to Operate (PTO).
•
Provides for two types of solar interconnections (Rule 21): NEM (exporting) and non-
NEM (non-exporting) options for the customer.
113
Total PG&E NEM Interconnections
114
Interconnection Application vs. CSI Application
•
Interconnection Application is a separate, but parallel process to CSI/SGIP Application.
•
Equipment submitted with the CSI application and the Interconnection Application must match.
•
Permanent Service must be established (No Temporary).
•
GIS Field Inspection and Interconnection Agreement must be complete and PTO granted before paid for CSI Incentive.
Submit CSI Application Review
Submit Interconnection
Application
Incentive Paid
Interconnect to grid
Review & Approve
115
GIS Application Common Issues
•
Final building permit (BP) does not match application or is missing.
•
Single Line Diagram (SLD) has no equipment information: make, model, rating, or…
how many PV modules are connected to each inverter.
•
Name on application does not match name on PG&E Blue Bill account. (Call:1-877-743-4112 to add name to acct).
•
Reprogramming fee of $228 for Time of use (TOU) not included. Website has availability and exceptions.
116
Other Common Issues
•
System Upgrades: New Application
is necessary showing all generation on site.
•
Fax coversheet with Reference/Application number is not included
when faxing docs (building permits) to GIS.
•
Customer/Vendor requesting “courtesy calls”
upon PG&E receipt of final City/County Building Inspection.
•
Appointments for installation of a PG&E lockbox to gain access not discussed with customer by the vendor.
117
#1 Issue
•
Disconnect Access:
Customer’s bi-directional meter must be
installed in a safe, 24/7 PG&E-accessible location, unobstructed by locked gates or pets.
Meter access must be
maintained at all times for reading/system maintenance. Any animals owned by the customer, including pet dogs, should not have access to these areas to avoid hindering PG&E service personnel from completing their work.
•
PG&E Rule 21(D.1.e) requires PG&E to have a visible, lockable, accessible A/C disconnect device for each generator. It is not required if the customer has a self contained meter that can be utilized as the A/C disconnect for the generator. (98% of PG&E meters are self contained).
118
Net Energy Metering (NEM)
Electricity can be “exported”
to the grid by the customer.
PG&E can provide any extra electricity or back-up power the customer may need.
•
Eliminates the need for batteries
•
Reduces cost and maintenance.
•
Ensures a constant supply of electricity.X
The utility grid is a two-way street.
119
Net Energy Metering (NEM)
•
The intent of the NEM program is that the generation is primarily to offset part or all of the customer’s own electrical requirements.
•
The electric grid acts as a "battery" for the customer and their meter measures the net usage ("spins backwards" when the customer is exporting electricity to the grid).
•
In California, systems up to 1 MW can participate in the program; other states typically have a lower size limit.
120
Resources…GIS Contact Information•
Website: www.pge.com/gen
•
E-Mail: [email protected]
•
Phone: 415-972-5676
•
Fax: 415-973-3050
Jack McDermottSenior Program Manager•
Email: [email protected]
•
Phone: 415-973-5142
BONUS:
What are the two types of interconnections options (Rule 21) for customers?
Billing and Rates
123
How NEM Billing Works
•
Meter runs forwards/backwards and only records “net energy”
•
PG&E will not pay cash or issue a check for exporting to the grid
•
Customer receives a monthly charge or credit based on electric rate schedule
•
Charges/credits carry over each month for 12 months, referred to as “True-Up Period”
124
NEM Billing continued
•
True-Up Period starts on date of interconnection and ends each anniversary
•
At end of 12 month period, customer will receive True-Up bill, reconciling all the accumulated charges and credits
•
Customer will still receive a monthly bill for minimum charge and if applicable, for gas
•
Customer also receive a separate monthly NEM statement detailing reads and charges/credits to be owed at the end of the True-Up Period
125
Sample Bill and Statement
Jane Sample
123 Main St
San Jose, CA 99999
126
NEM Not for Everyone
•
Not every customer will benefit from participating in NEM
•
Reasons:•
Will never export
•
Demand charges are not eliminated
•
12 month billing cycle may be difficult for accounting or budgets
•
Should be evaluated on a case by case basis
127
Residential Electric Rates
•
Customers are billed on a tiered pricing structure.
•
The 1st
Tier represents the essential amount of electricity called “baseline”
•
Baseline amount is set by legislature and is based on:
•
Geographic location (Territory)
•
Season (Winter/Summer)
•
Permanent Heating Source (Gas/Electric)
128
Residential Rate Options
E-1
•
Basic rate
•
Price does not vary by season or time of day
•
Best for customer who are home during the day or cannot shift usage outside 1-7pm
E6
•
Time of Use (TOU) rate
•
Price varies by time of day
•
3 time periods:–
Peak
–
Partial-Peak
–
Off-Peak
•
“Solar Friendly”
129
E-6 Time Periods
130
Example of Billing: E1
Customer lives in San Francisco (territory T) and has gas heating
Baseline Quantity (kwh): Summer -
8.3 per day Winter -
9.8 per day
30 days in billing cycle = 30 x 8.3 = 249
kwh
= monthly baseline
E1
Customer’s net usage is
400 kWh Net
Tier 1 (Baseline): 249
x $0.11550
= $28.76
Tier 2 101%-130% of Baseline: 74.7 x $0.13131 = $9.81
Tier 3 131%-200% of Baseline: 76.3 x $0.24725
= $18.87
Tier 4 201% -
300% of Baseline: 0 x $0.35443
Tier 5 Over 300% of Baseline: 0 x $0.41059
Total
= $57.44
131
Example of Billing: E6Same customer and usage as E1 example: monthly baseline = 249 kwh
E6Customer’s Net Usage: Peak -200 Partial Peak 100 Off Peak 500 =
400 kWh Net
Peak: -200T1 Baseline: (-200/400)x249=-124.5
-124.5
x $0.29299
= -$36.48T2 101%-130% of Baseline: -37.35 x $0.30877 = -$11.53T3 131%-200% of Baseline: -38.15 x $0.42448
= -$16.19
Partial Peak: 100T1 Baseline: (100/400)x249=62.25
62.25
x $0.14448
= $8.99T2 101%-130% of Baseline: 18.675 x $0.16026
= $2.99T3 131%-200% of Baseline: 19.075 x $0.27597
= $5.26
Off Peak: 500T1 Baseline: (500/400)x249=311.25
311.25
x $0.08456
= $26.32T2 101%-130% of Baseline: 99.375 x $0.10034
= $9.37T3 131%-200% of Baseline: 89.375 x $0.22005
= $19.67
Total
= $8.40
132
Commercial Rate OptionsA-1
•
Basic rate for small commercial
•
Best for low usage, under 50,000 kWh/year
A-6
•
Time of Use (TOU) rate for small commercial
•
Best if majority of usage is at night and weekends
A-10
•
Demand rate for medium commercial
•
Best if usage expected is over 50,000 kWh/year
E-20 Mandatory
•
TOU rate for large commercial with maximum demand* over 1000 kW demand monthly
E-19 Voluntary
•
TOU rate for large commercial with maximum demand* up to 499 kW
E-19 Mandatory
•
TOU rate for large commercial with maximum demand* between 500-1000 kW
•
If demand > 1000, must be E-20
*Demand is the maximum amount of electricity drawn within a 15 min interval
133
A-6, E-19 & E-20 Time Periods
134
Resources…
Website
www.pge.com/tariffs
To discuss rates
Call the Solar Customer Service Center
1-877-743-4112
BONUS:
What are the two current electric rate options for residential
customers and two
rate options for small
commercial?
Appendix
137
New Solar Homes Partnership (NSHP)•
Goal is to create a self sustaining market for new homes where builders incorporate high levels of energy efficiency AND high performing solar systems
•
Provides financial incentives to home builders and developers for installing eligible solar photovoltaic (PV) on new
residential homes:•
For more information, please visit www.pge.com/nshp
Low Income Solar Program•
Provides education and incentives for installing solar PV systems in eligible low income structures
•
There are two distinct programs:•
SASH: Single Family
Affordable Solar Housing •
Administered statewide by GRID Alternatives•
MASH: Multifamily
Affordable Solar Housing•
Administered by PG&E, SCE and CCSE•
For more information, visit www.pge.com/lowincomesolar
Other Solar Incentive Programs
138
Other Renewables
ProgramsFeed-in Tariffs•
Created in February 2008 to allow eligible renewable generators up to 1.5 MW to sell back power to PG&E
•
Customers must sign a power purchase agreement of 10, 15 or 20 years and will be paid based on CPUC determined rate
•
For more information, visit www.pge.com/feedintariffs
Power Procurement/Wholesale Electric•
To meet customer load, PG&E purchases wholesale electric energy and capacity from generators and suppliers.
•
If you are interested in Request for Offers (RFOs), power purchase agreements or Qualifying Facilities (QFs), please visit www.pge.com/rfo
or
http://www.pge.com/b2b/energysupply/qualifyingfacilities/
BONUS:
What are the four solar programs under the Senate Bill 1 (SB1)?
140
Resources
The slides for today’s presentation can be downloaded/printed at:
www.pge.com/solareducation
Also available are the following supporting documents for the
CSI Program:
•
Reservation Request Form Punchlist
•
Incentive Claim Form Punchlist
•
Detailed Explanation of EPBB Calculator
•
Calculating Baseline for NEM Customers
•
Instructions for the Removal of Cookies
141
Mon, Oct 26 11:00 am-12:00 pm -
PG&E and Low Income Programs –
Online
Tue, Oct 27 6:00 pm-
8:00 pm -
Solar Power Basics for Residential Customers
-
Belmont
Tue, Oct 27 12:00 pm -
1:00 pm -
Solar Billing
-
Online
Fri, Oct 30 9:00 am -
4:30 pm Solar Water Heating Systems
-
SF PEC and Online
Mon, Nov 2 11:00 am -
12:00 pm Path to Energy Savings -
Residential New Construction
-
Online
Tue, Nov 3 9:00 am -
4:30 pm -
Basics of Photovoltaic (PV) Systems for Grid-Tied Application
Eureka
Tue, Nov 3 11:00 am -
12:00 pm -
Guide to Using PowerClerk
–
Online
Wed, Nov 4 11:00 am -
12:00 pm -
Path to Energy Savings -
Existing Res and Small Comm -
Online
Wed, Nov 4 12:00 pm -
1:00 pm -
Your Path to Energy Savings -
Large Commercial
-
Online
Thu, Nov 5 12:00 pm -
1:00 pm -
Solar for the Entrepreneur
-
Online
For a complete list of classes, please visit www.pge.com/solarclasses
PG&E Classes & Webinars
Questions