Battery energy storage systems play an integral part in powering a wide range of sites and appliances. When implementing a new energy management system, understanding how to strategise to optimise the performance of the battery energy storage system can make a significant difference to the output and stability of the operation.
The growth of battery energy storage systems
As the world changes to one where there is a desire to utilise renewable energy sources wherever possible, the shift towards the implementation of battery energy storage system solutions has grown with it. There are challenges to optimise the performance of BESS and to ensure that they last for as long as possible. This includes having a clear plan of action for the site and choosing the correct hire or purchase options from companies that have experience and success in deploying battery energy storage systems for a range of applications.
Plan ahead
Planning and procurement are key to maximising battery energy storage systems on site. This means assessing the needs of the site and beginning talks with a company that provides battery energy storage systems. Speaking with the experts helps to put together an extensive plan that looks at different battery types, models, and sizes to fit your exact needs.
Implementation and analysis
Once you have chosen the supplier and the location on site, the next step is to ensure that performance is analysed so that you have accurate data to tweak your operations to maximise performance and reliability. Some problems may be identified during deployment, but it’s important to keep a close eye on proceedings once the system is active. That way, you can assess and maintain to maximise performance, ensuring that safe conditions are maintained during operation, and that the state of charge and the health of each battery is looked after.
Minimise safety risks
Once operational and under analysis, you can minimise technical and financial risks due to better safety management of the battery system. This is critical to prevent safety issues such as battery systems burning out. Common sense and practicalities make the worst-case scenario extremely unlikely, working within the constraints of the warranty or hire agreement and using analytics to identify any safety risks.
Grow your ROI
With the best performance and consistent reliability, you can maximise the return on your investment. This means that the battery energy storage systems are operational at all times, or whenever you require their use. The performance of the batteries should be judged by the state of charge and the state of health KPIs. Optimise operating strategy by integrating battery analytics into your decision-making process and deployment of batteries. This should consider frequency regulation, peak shaving, demand reduction, and other factors that are relevant to your site, energy demands, and the battery energy storage system that you have chosen.
Designing, deploying, and maintaining battery energy storage systems takes care and consideration no matter the industry that you work in and the site location that you work from. Working alongside a reputable company that can provide you with the latest battery energy storage systems ensures that you have a good foundation to build and maximise performance for the long term.
