Packaged Combined Heat and Power
Packaged Combined Heat and Power
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Standardized, packaged CHP systems can overcome numerous barriers to CHP installations in commercial, institutional, multifamily, light industrial, and Federal applications by reducing design errors, limiting uncertainty about projected performance, shortening project install time, streamlining permitting, and reducing the overall cost. Partners will validate that installation times and total project costs for pre-engineered, technically-validated packaged CHP systems can be reduced by 20% or more. Partners will also evaluate the integration of new technologies with packaged CHP systems and identify R&D challenges and opportunities around packaged CHP and related technologies. |
Get Involved
Better Buildings programs host interactive webinars featuring a variety of topics exploring cost-effective ways to integrate energy savings into their daily building operations.
CHP for Resiliency
Explore the work of the Combined Heat and Power (CHP) for Resiliency Accelerator to support and expand the consideration of CHP solutions to keep critical infrastructure operational regardless of external events.
Register for the 2019 Summit
The 2019 Better Buildings, Better Plants Summit is happening July 10-11 in Arlington, VA. Don't miss this opportunity to explore emerging technologies and share innovative strategies in energy and water efficiency alongside peers.
Featured Solutions
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Packaged CHP eCatalog Fact Sheet Fact Sheet The eCatalog is an open source, web-based system that hosts DOE-recognized packaged CHP systems that will include select features designed to reduce economic and performance risk for the CHP user.
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Other Resources
Fact Sheet
This Fact Sheet introduces the target markets and goals of the Packaged CHP Accelerator and explains the Packaged CHP eCatalog.
Partnership Agreement
Better Buildings Packaged CHP Accelerator Partnership Agreement Partnership Agreement
Building upon the progress of the Combined Heat and Power (CHP) for Resiliency Accelerator, DOE is initiating the Packaged CHP Accelerator to verify improved project performance, cost, and installation practices across a variety of CHP packaged systems.
The overarching goal of the Packaged CHP Accelerator is to research and validate that total project costs and installation times for packaged CHP systems can be reduced by 20% or more, and that expected performance is achieved through the use of pre-engineered, technically validated systems that reduce risk for both the CHP user and supplier.
Priorities
Partners
A-Z
2G Energy Inc. | Aegis Energy Services | AEP Ohio |
Baltimore Gas & Electric | Capstone Turbine Corporation | Caterpillar Inc. |
Commonwealth Edison (ComEd) | Consolidated Edison (ConEd) | |
GE Distributed Power | GEM Energy LLC | Kraft Power Corporation |
MacAllister Power Systems | Martin Energy Group | Maryland Energy Administration |
Missouri Division of Energy | National Grid | New Jersey Clean Energy Program (TRC Solutions) |
Nicor Gas | Northeast-Western Energy Systems | NYSERDA |
One Gas | Peoples Natural Gas | Philadelphia Gas Works |
PSEG Long Island | Sterling & Wilson Cogen Solutions, LLC | Stewart and Stevenson Power Product LLC, Atlantic Division |
Unison Energy, LLC |
Location
California
Capstone Turbine Corporation |
Florida
2G Energy Inc. |
Illinois
Commonwealth Edison (ComEd) | Nicor Gas |
Indiana
MacAllister Power Systems |
Maryland
Baltimore Gas & Electric | Maryland Energy Administration |
Massachusetts
Aegis Energy Services | Caterpillar Inc. |
Missouri
Martin Energy Group | Missouri Division of Energy |
New Jersey
New Jersey Clean Energy Program (TRC Solutions) | Sterling & Wilson Cogen Solutions, LLC | |
Stewart and Stevenson Power Product LLC, Atlantic Division |
New York
Consolidated Edison (ConEd) | Kraft Power Corporation | National Grid |
Northeast-Western Energy Systems | NYSERDA | PSEG Long Island |
Unison Energy, LLC |
Ohio
AEP Ohio | GEM Energy LLC |
Oklahoma
One Gas |
Pennsylvania
Peoples Natural Gas | Philadelphia Gas Works |
Wisconsin
GE Distributed Power |