developments in renewable energy storage markets in europe
TRANSCRIPT
2
Agenda
2. Segmentation
3. Global Hotspots
4. Key Industry Challenges
5. Market Forces
6. Emerging Technology Roadmap
7. Comparative Analysis
8. Scenario Forecasts
9. Snapshot of Key Players
10. Key Research Findings
3
Suitable Energy Storage Technologies Segmentation
Renewable Energy Storage
Centralised Decentralised
Base load Generation
Micro renewable generation
Load Levelling
Peak Shaving
Voltage Regulation
Power Quality
Renewable Energy Storage
Pumped Hydro
Flow Batteries
Electrochemical Batteries (Sodium Sulfur, Li-ion)
CAES
Thermal Energy Storage
Electrochemical Batteries (Lead Acid, Li-ion, NiCad, Sodium Nickel Chloride)
Ultra capacitors
Flywheels
Fuel CellsGrid Stabilisation
Frequency Regulation
Renewable Energy Storage Market: Segmentation (Europe), 2009
Source: Frost & Sullivan
4
Global Hot Spots and Emerging Geographies – Manufacturing concentrated in Asia
Source: Frost & Sullivan.
North America•Power infrastructure old and outdated. •Hub of new energy storage investments.• Multiple incentives being provided to promote energy storage – Obama Stimulus Plan, tax incentives, etc.• Most of the R&D centres of Li-ion battery chemistries are located in the United States.
Asia• Most of the US/European battery manufacturers have their production facilities in China and other Asian countries. • Li-ion cell manufacturing is currently dominated by Japanese, Chinese, and South Korean manufacturers that, through strategic partnerships/ subsidiaries, operate in the North American and European regions.• Majority of renewable energy storage efforts and projects taking place in Japan.
Europe• Pioneering region in renewable energy. World leader for wind installed capacity in 2008.• European grid is of better quality and is also well connected • Sporadic developments in terms of renewable energy storage but serious developments and grants lacking.• Germany and Switzerland the hubs for renewable energy storage in terms of projects as well as R&D efforts.
5
Key Industry ChallengesGrid Scale Energy Storage is Limited in Europe Due to Lack of a Suitable Technology
Lack of a suitable energy storage
technology
Need for greater power, lifecycle and reliability
Cost of energy storage
technology
Lack of visibility on who will bear
the charges
Customer awareness about
various chemistries & technologies
Unfair Pricing of Fossil Fuels
Source: Frost & Sullivan
Recycling Issue Key Challenges
Renewable Energy Storage Market: Industry Challenges (Europe), 2009-2020
6
Drivers
Constraints
Drivers
Constraints
Intermittent Nature of Renewable
Energy
Rising Share of Renewable
Energy
Economic Downturn Affecting Investment
in R&D and Commercialization
Timeline
Smart Grid Development
High Cost of Energy Storage
Market ForcesRising Share of Renewable Energy and its Intermittent Nature Driving Demand for Energy Storage
Cost Effective for Solving Peak Power or Load
Levelling Issues
Solves the Issue of Accurate
Demand-Supply Forecast
Deters Expensive
Grid Upgrades
Rise in cost of renewable
electricity to customers
Renewable Energy Storage Market: Drivers and Restraints (Europe), 2009-2020
Short term
Medium termLong term Source: Frost & Sullivan
7
2010 2011 20122009 2013
Emerging Technology RoadmapSodium Sulfur and Li-ion Hold Good Promises for Growth
2014 Post 2015
Source: Frost & Sullivan
Molten Salt
Li-ion
Ultracapacitors
Flow Batteries
Sodium Sulfur
Compressed Air Energy Storage
Fuel Cells
Flywheels
Renewable Energy Storage Market: Emerging Technology Roadmap (Europe), 2009-2020
8
Comparative Analysis – Centralized StorageDepending on the Grid Requirements, Different Storage Chemistries are Suitable
Energy
Density
Temperature/
Safety
Operating
Cost Efficiency Lifecycle
Capital
Cost Development Stage Total
Pumped HydroMost widely used form of
storage21
Flow Batteries
Commercialised but only very
few projects implemented in
Europe
15
Lithium-ion Research stage 16
CAES
Commercialised. 2 plants in
operation globally – Germany
and US
19
Thermal
Storage
Molten salt widely used for
CSP plants20
Lead Acid Widely used 14
Sodium Sulfur
165 MW installed capacity in
Japan. No projects as yet in
Europe
22
Sodium Nickel
Chloride
Been in existence for over 20
years. MES-DEA only
company in Europe
manufacturing these batteries
17
Very HighAttractiveness = 5
High Attractiveness = 4 Source: Frost & Sullivan
ModerateAttractiveness = 3
Low Attractiveness = 2
Very LowAttractiveness = 1
Total Renewable Energy Storage Market: Comparative Analysis of Storage Technologies (Europe), 2009
9
Comparative Analysis – Decentralized StorageUltra-Capacitors though not widely used today are highly suitable for Grid Stabilization and Grid Storage
10
Scenario ForecastsEnergy Storage Installed Capacity Forecasts
• In the base case scenario the energy storage installed capacity is expected to grow at a CAGR of 64% from 2010 to 2020
• For the purpose of calculation, the forecast looks only at storage of onshore wind and solar
• The growth rate is expected to become faster post 2015 with further developments in smart grids, electric and plug-in hybrid electric vehicles (PHEVs) and availability of suitable storage technologies with the desired features of high energy density, efficiency, reliability and competitive cost.
11
Snapshot of Key Participants and their Activities
• GE is betting big on Sodium Sulfur Batteries. Intends to supply for hybrid trains and buses and then for grid storage
• GE is investing $100m in a new battery production facility in New York
• Expects it to a billion dollar business with a decade
• Manufactures NaS batteries on a large scale
• Has supplied to projects in Japan, US and the Middle East
• A consortium that includes EDF Energy and NGK Insulators, Ltd with MEIDEN and Japan Wind Development (JWD) has signed an initial agreement to develop large scale sodium sulphur NAS battery assets to provide ancillary services in the UK.
• MES-DEA and FIAMM are now part of FZ SONICK
• The ZEBRA (Sodium Nickel Chloride) Batteries are from MES-DEA
Sodium Based Batteries
14
Snapshot of Key Participants and their Activities
Rechargeable Lithium: Quite a few European manufacturers. Majority of them have their manufacturing facility in Asia. Manufacturers developing various types of Li rechargeable batteries that have high energy density, better safety and lifecycle.
15
Key Research Findings
Rise in renewable energy generation along with its intermittent nature is driving the demand for energy storage technologies
For centralised storage consisting of large scale generation and load leveling activities sodium sulfur batteries present an attractive option while for decentralised applications, ultracapacitors and even flow batteries could be the preferred technologies
The installed capacity for energy storage technologies and batteries in particular is expected to witness a CAGR of around 65% from 2010-2020 in the Frost & Sullivan forecast scenario.
Growth in demand for energy storage is expected to rise post 2015 with smart grid development picking up pace and growth in EVs and HEVs.
There are quite a few European based lithium battery and ultracapacitor manufacturers but for other technologies many of them are Asian or US based companies.
Cost of energy storage technologies such as flow batteries ($2000/KW for vanadium redox) and Li-ion (more than $1100/KWh) remains a challenge and needs to come down substantially for widespread adoption
11
2
3
4
5
6