As an example, a hybrid power solution could include on-site gas reciprocating engine configured for Combined Heat and Power (CHP) application, a Battery Energy Storage System, and Solar Photovoltaic.
A hybrid power solution is operated by a sophisticated Energy Management System (EMS) which control, monitor, and optimise the system components to deliver the real and reactive power requirement.
Benefits of Hybrid Power Solutions
Hybrid Power Solutions using Battery Energy Storage and Thermal Generation provides several substantial benefits, including:
- Greater operational resilience – maintains security of power supply
- Store energy for when it is needed most
- Increase renewable penetration
- Reduce and avoid costly grid imported power
- Lower primary fuel consumption
- Reduced plant operating hours
Hybrid Power Solutions: Gas Engines, Battery Energy Storage, and Solar PV
Gas engines operating on low carbon, renewable fuel, or hydrogen blends, can provide commercial buildings and industrial manufacturing facilities with long term continuous power and heat/steam – if recovered by Combined Heat and Power (CHP). The benefits of gas engine CHP provision are abundant and offer protection against rising energy costs whilst reducing carbon emissions and offering businesses a rapid return on their investment.
The accompaniment of a battery energy storage system (BESS) can provide rapid dispatchable power in the event of a grid outage or engine trip adding additional resilience and reserve capacity at site.
Solar panels installed on roof buildings, office car parks or within a dedicated space can be maximised within a battery energy storage system helping to offset grid imported power and avoid demand charges when time-of-day prices are at their highest.
