Distributed generation commonly refers to on-site power generation technology, which is tailored to meeting the needs of the consumer. Combined Heat and Power (CHP) systems are on-site generation systems, which achieve high efficiency through the concurrent production of electric power and process heat. Distributed generation is an alternative or complementary approach to reliance on grid power. It provides another means of meeting the nations future energy and security needs while increasing the reliability of power supply to the owners.

The classic example of renewable energy CHP is the pulp & paper plant, which raises steam from pulp chemical recovery and waste wood and utilizes steam for power production and papermaking. Other distributed renewable energy technologies include wind and solar thermal and photovoltaics. With conventional fuels, such as natural gas, the concurrent production of power and steam, or hot water, can achieve fuel efficiencies approaching 80%.

ANTARES’ assignments have involved both renewable and conventional fuel resources. We have assisted clients in the evaluation of projects, technologies, markets, regulations and policy. Our broad prospective have provided our private and government clients valuable insights into these technologies and their applications.

Notable Projects:
Consumer Preferences for Distributed Generation
Technology Characterizations for Natural Gas-Fired DG Systems
Distributed Generation Study
Biomass Distrubuted Power Generation Study

Power project services

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