Topics: Energy, NEMS, Energy Modeling, Energy Policy, Alternative Power, Integrated Modeling, Transportation Technologies, Oil and Gas Production, Electricity System, Electric Vehicles, NEMS Model, Renewable Energy, Advanced Technologies, electricity grid, Scenario Analysis, Hydrogen, Electricity Storage, Battery Storage, Innovation + Regulation, Clean Energy
OnLocation presents a series of blogs that identifies the top environmental and energy policy challenges for 2020 and beyond. The second blog in the series (#2 of 3), presented here, focuses on policies aimed at expanding the grid electricity storage market as a way to address electric capacity dispatch challenges created by the recent explosion of new variable renewable generation. Electricity storage is one key technology that is helping address these challenges.
Topics: Energy Modeling, Environmental Regulation, Energy Policy, Integrated Modeling, NEMS Model, Renewable Energy, Advanced Technologies, electricity grid, Electricity Storage, Battery Storage
While renewable energy and nuclear power often grab the headlines regarding the current electricity markets transformations, leaders across the industry recognize that electricity storage is the real game changer driving revolutionary change. While an increasingly decarbonized energy mix is often the focus, smart money is on battery technologies being the key to unlocking market value in grids across the world.
Topics: Energy, Environmental Regulation, Energy Policy, Transportation Technologies, Electricity System, Electric Vehicles, climate change, Advanced Technologies, electricity grid
As part of our ongoing support for the U.S. Energy Information Administration (EIA) and other government agencies, OnLocation has been studying the potential impact of large amounts of solar generation on grid stability as it relates to the National Energy Modeling System (NEMS), as described in a previous blog dated May 25, 2016. The issues stem from the timing of solar generation during the day, particularly in months when electricity demand is relatively low such as early spring before air conditioning is needed. The potential impact on the grid from the high daytime solar generation on days with low electricity demand and the corresponding steep reduction in solar in the evening has been dubbed the “duck” issue by the California Independent System Operator (ISO) and has been the subject of speculation in recent years. The duck phenomenon was evidenced this March in California when the system average hourly prices dipped below $0 per megawatthour (MWh) in the morning hours, as described in last week’s EIA Today in Energy article.
Topics: NEMS, Energy Modeling, Renewable Energy, electricity grid
