Battery Storage
Battery Energy Storage Systems (BESS) are becoming more affordable and more controllable. Battery chemistries are evolving to offer greater safety, longer life as well as higher energy and power densities. Having formed an integral part of the electric vehicle journey and being recognised for their role enabling a more sustainable energy system, Eninserv have developed their expertise to harness the potential of the BESS. Whether in front of, or behind the meter, we understand the technical and cost problems that need to be answered.
We focus on getting the right size solution in terms of energy and power, while controlling cost and maximising the avenues to payback. Battery storage often doesn’t make financial sense, when the benefit to the client is singular. A well designed system can often offer multiple benefits, each contributing to a greater return on Investment.
When a BESS sounds like it can solve one issue, but still feels like a long payback, Eninserv can guide you to the optimum solution.
Battery Performance and Health Testing can be arranged for clients who wish to validate an installation or are considering an upgrade or retrofit.
Solar PV
Solar Photovoltaic (PV) has matured to a stage where the return on Investment makes sense. However, to get the best return and reduce future risk, it is important to size and configure your system correctly. Working from monthly electricity bills simply isn't good enough.
At Eninserv, when our clients are considering Solar PV, we gather the most important energy usage data and we guide them through the options. The preparation of a vendor neutral specification helps them go to market for a cost effective solution, after which we can assist in evaluation of responses.
When considering Solar as a Service or Power Purchase agreements, there are advantages, but there are also risks. Our understanding of the energy sector, allows us to help you avoid potential pitfalls.
Where Solar PV is already installed, we can assess the installation and compare the energy generated against the expected output.
