Southern California Edison (SCE) integrated an estimated 1,118 MW of demand response resources into California's wholesale energy markets. These programs serve SCE's residential, commercial and industrial customers who, in exchange for bill reductions, have agreed to reduce their energy consumption when called upon to do so.
Phoenix Energy's joint venture, North Fork Community Power's project was awarded a $4.9 million grant. The award will be used to construct one of the first forest-sourced biomass gasification plants, as well as research into the field of forest biomass utilization. The plant will utilize local forest biomass sustainably sourced from restoration and fuel reduction activities on local forest lands, including the Sierra National Forest.
The California Independent System Operator (ISO), the California Public Utilities Commission (CPUC) and the California Energy Commission (CEC) unveiled a comprehensive roadmap to assess the current market environment and regulatory policies for connecting new energy storage technology to the state's power grid. Technology to store energy is vital to optimizing the grid, increasing renewable energy sources and reducing greenhouse gas emissions.
Eos Energy Storage demonstrated its grid-scale battery system at Pacific Gas & Electric’s (PG&E) smart grid lab in San Ramon, Calif., with the support of a $2.1 million award from the California Energy Commission.
GridCOM Technologies, a provider of quantum cyber security solutions for energy infrastructures, was awarded a grant from the state of California to help protect the country's electrical grid from the growing threat of cyber-attacks. GridCOM will receive $95,000, the maximum amount available, under the California Energy Commission's Public Interest Energy Research (PIER) program, specifically the energy innovations small grant (EISG) program.
How DG and microgrids change the game for utilities.
Energy microgrids have emerged as more than just a curiosity. The technology is improving, costs are falling, and developers are lining up to build projects. How will microgrids overcome the substantial challenges that stand in their way?
Five forces are putting the squeeze on electricity consumption.
It’s tempting to attribute the recent slowdown in electricity demand growth entirely to the Great Recession, but consumption growth rates have been declining for at least 50 years. The new normal rate of demand growth likely will be about half of its historic value, with demand rising by less than 1 percent per year. This market plateau calls for a new utility strategy.
(May 2012) Entergy Louisiana starts construction on gas-fired power project; Virginia Commonwealth University and Dominion partner on a test site for efficient energy technologies; Burlington Electric Department selects Siemens for meter data management platform; IKEA commissions four Blink electric vehicle charging stations; Edison Mission Energy, TIAA-CREF and Cook Inlet Region Inc. form partnership, and others.
The debate about freeridership in energy efficiency isn’t wrong, but it is wrongheaded.
In any conservation or efficiency program, some market participants will reap benefits without paying their share of the costs—i.e., the “freerider” problem. Some freeriders are unavoidable and generally not a problem. But as Cadmus Group analysts Hossein Haeri and M. Sami Khawaja explain, avoiding excessive freeridership requires careful program structuring, as well as ongoing measurement to accurately evaluate outcomes.
Case studies on integrating renewable resources.
Where wind integration has been most successful, state authorities developed and adopted basic transmission planning and cost allocation principles before FERC issued Order 1000. Experiences in Texas, California, and Hawaii demonstrate what it takes to overcome permitting and cost allocation barriers—namely, a coherent policy framework and close coordination among stakeholders.