Modular system for production of heating, cooling and electricity using ejector-boosted absorption (TRIGEN)
Lead Participant:
EXERGY LTD
Abstract
The TRIGEN project (Modular system for production of heating, cooling and electricity using ejector-boosted
absorption) project will confirm the technical feasibility of a tri-generation system, based on an integrated
system of solar linear collector and a hybrid absorption heat pump, in the range of 50-100 kW for decentralized
applications of energy production. The system is targeted at residential and service sectors although it can be
applied across all scales including industrial premises. The advantage of TRIGEN is its low capital cost, it can be
mass produced and there is no cost and emissions associated with its energy input (i.e. solar - free and clean
source of energy). All of these benefits contribute to the energy “trilemma” by reducing emissions, reducing
cost of generation and by increasing security of supply through the increased uptake of decentralised
generation systems. If successful, TRIGEN will bring solar energy closer to the user by developing a solution that
makes it attractive and competitive for industries & households.
absorption) project will confirm the technical feasibility of a tri-generation system, based on an integrated
system of solar linear collector and a hybrid absorption heat pump, in the range of 50-100 kW for decentralized
applications of energy production. The system is targeted at residential and service sectors although it can be
applied across all scales including industrial premises. The advantage of TRIGEN is its low capital cost, it can be
mass produced and there is no cost and emissions associated with its energy input (i.e. solar - free and clean
source of energy). All of these benefits contribute to the energy “trilemma” by reducing emissions, reducing
cost of generation and by increasing security of supply through the increased uptake of decentralised
generation systems. If successful, TRIGEN will bring solar energy closer to the user by developing a solution that
makes it attractive and competitive for industries & households.
Lead Participant | Project Cost | Grant Offer |
---|---|---|
EXERGY LTD | £128,902 | £ 90,231 |
  | ||
Participant |
||
CRANFIELD UNIVERSITY | £65,413 | |
NETZERO INNOVATIONS LIMITED | ||
CRANFIELD UNIVERSITY | ||
INNOVATE UK |
People |
ORCID iD |