Using generators and battery storage for low-emission temporary power
Introduction
When upgrading or maintaining power infrastructure, the need for reliable temporary power is crucial, especially to support variable loads. Traditional approaches often rely heavily on generators, which can be inefficient and increase emissions. However, integrating Battery Energy Storage Systems (BESS) with generators offers a more sustainable and efficient solution, particularly in scenarios requiring consistent power during shutdowns, maintenance, or fluctuating loads.
The role of BESS in modern power solutions
BESS can be seamlessly integrated with single or multiple generators, providing a flexible and resilient power solution. This setup is particularly beneficial in scenarios where there are significant power demands during electrical switchgear repairs or swap outs. BESS acts as a spinning reserve, allowing generators to be turned off when loads are low, thereby reducing fuel consumption and minimising wear and tear. Additionally, BESS enhances system resilience, enabling it to handle sudden spikes in demand or unexpected power losses.
For low power needs over extended periods, such as overnight lighting, BESS can operate independently, allowing generators to be completely shut off. This not only conserves fuel but also extends the operational life of the generators.