Combined Heat and Power (CHP)
If 2018 were an energy-saving roller coaster, the 2018 State Energy Efficiency Scorecard would be your souvenir photo capturing a year of promising highs and a few stomach-churning lows in efficiency policy.
The Atlantic hurricane season is just beginning, and experts are predicting another active year.
Puerto Rico experienced another island-wide blackout last week. Distributed energy resources such as combined heat and power (CHP) could help communities avoid or minimize some impacts of large-scale natural disasters including blackouts.
Extreme weather events and natural disasters such as bomb cyclones, forest fires, the polar vortex, and hurricanes are wreaking havoc on buildings, the electric grid, and other critical US infrastructure. Some communities are still struggling to rebuild from last year’s disasters, even as another hurricane season approaches.
Washington, DC—As more states struggle with extreme weather events, the 2017 State Energy Efficiency Scorecard gives state-level policymakers a road map for building stronger and more-resilient communities. This 11th annual report from the American Council for an Energy-Efficient Economy (ACEEE), released today, shows which states are doing the best on energy efficiency — a critical tool for withstanding and recovering from storms and economic shocks.
The industrial sector is unique among end-use sectors in that its energy intensity has declined consistently in recent decades, decreasing 45% from 1977 through 2016. The decline occurred even though the sector’s energy use has fluctuated, its output has almost doubled, and economic activity has risen and fallen with economic cycles.
How have your community’s energy efficiency initiatives also increased its resilience? Our new paper, Indicators for Local Energy Resilience, gives municipal leaders a unique set of tools to answer this question. We explore local energy resilience, our new term for the interconnection of community resilience and various aspects of energy supply and consumption.
More states are undertaking new approaches to utility planning that prioritize clean, distributed energy resources, but few are considering combined heat and power (CHP) for meeting the demands of the modern grid. In many ways, CHP provides exactly what they need.
Why utilities are investing in this technology as a way to boost resiliency and reduce consumer costs
What if there was a technology your utility could deploy today that was cheaper and cleaner than most existing power generation, that boosted system resiliency and reliability, and was twice as efficient? Would you want them to use it?