Dallas, TX (PRWEB) September 15, 2012
This is increasingly presenting a major problem to power suppliers around the world as electrical energy infrastructures in most countries are antiquated, wasteful, and unable to cope with rising demand.
Features and benefits
- Analyze existing electrical energy storage technology.
- Examine existing smart grid projects and the storage solutions they have employed.
- Analyze the renewable energy sector and the issues associated with integrating green power into existing distribution systems.
- Assess the problems that can occur when suppliers face unexpected peak demand.
- Understand the major drivers behind growing global demand for electrical power.
- The problem of the intermittent delivery patterns of green energy technology can be solved by storing up power generated during off-peak periods for dispersal at times of greater need. However, the best means of storing energy remains a matter for debate with no definitive one-size-fits-all solution yet established as an industry standard.
- The European utility-scale battery market was valued at $126.4m in terms of revenue in 2010 and could be worth as much as $564.9m by 2015. With renewable energy investment increasing rapidly, the demand for battery storage is expected to rise as well.
- Along with compressed air energy storage, pumped storage offers the least expensive form of energy storage, with a 1,000MW project costing about $1,500/KW to $2,500/KW, according to the National Hydropower Association in Washington, DC.
Your key questions answered
- What are the major smart grid projects and what challenges have they encountered?
- What are the different types of battery storage technology available and what are their pros/cons?
- What innovations in battery technology still need to take place before they can be used at utility-scale?
- To what extent is the renewable energy sector influencing change in electrical energy distribution?
- What is the future outlook for smart grid uptake?
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Table of Contents
About the author
- The smart grid and its storage needs
- Water- and hydrogen-based systems
- Alternative utility-scale storage systems
- The future outlook
The smart grid and its storage needs
- Global electricity demand
- Smart grids are a necessity
- The energy storage dilemma
- Hydropower: the main storage system
- Other alternatives
- Battery market set for rapid growth
- Conventional battery types
- Lead-acid batteries
- Lithium-ion (li-ion)
- Cost is the main obstacle
- Flow batteries
Water- and hydrogen-based systems
- Batteries are not the only option
- Pumped storage leads the way
- Fuel cells are beginning to emerge
Alternative utility-scale storage systems
- Alternative systems come into play
- Compressed air energy storage (CAES)
- Flywheels are also an option
- Molten salt thermal storage
- Superconducting magnetic energy storage (SMES)
The future outlook
- Energy consumption driving demand for storage
List of Tables
Table: New renewable capacity by power source (GW), 2011
Table: Global energy storage by technology, non-hydro (MW), 2011
Table: Global investment in renewable energy ($bn), 2011
Table: Commercial energy storage systems for renewable integration, 2011
Table: Countries with highest investments in fuel cell technology ($m), 2011
Table: High potential application markets for energy storage (GW), 2011
Table: Projected market for US storage (MW), 2017
List of Figures
Figure: New renewable capacity by power source (GW), 2011
Figure: Global energy storage by technology, non-hydro (MW), 2011
Figure: Global investment in renewable energy ($bn), 2011
Figure: Maximum power of energy storage systems (MW), 2011
Figure: Countries with highest investments in fuel cell technology ($m), 2011
Figure: Molten salt system, 2012
Figure: High potential application markets for energy storage (GW), 2011
Figure: Projected market for US storage (MW), 2017
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