Efficient energy storage with solar panels and battery. An ideal solution for large-scale solar PV systems.
We have delivered solar systems to these and many more
We have delivered solar systems to these
and many more
BESS stands for Battery Energy Storage System and refers to larger, dedicated battery storage systems that can be connected to various energy sources, including solar panels.
The system can also function as a standalone energy storage solution without necessarily being directly connected to a solar PV system.
These systems are ideal for larger companies, industries, or grid operators that need to manage large amounts of energy and ensure a stable supply. They are also relevant for large solar parks where the aim is to optimise energy storage and security of supply.
SolarFuture delivers all types of solar PV solutions for businesses. For all roof types or regardless of ground conditions.
You can read more and view data from each solar PV system by clicking on them.
Batteries ensure a stable energy supply and improve the business case
Scalable and reliable solutions – use electricity at the right time
Solar panels with battery store and release energy to balance consumption
Gain insight into BESS through a visual, detail-oriented explanation
Battery systems (BESS) ensure a stable energy supply by tailoring capacity and sizing to companies’ needs. When integrated with solar panels, efficiency and operational reliability increase, making BESS a dependable and future-proof energy solution.
BESS solutions are scalable and flexible, making them ideal for large solar PV systems.
The systems can be adapted to increasing energy needs and ensure a stable energy supply, even during peak-load periods or when energy prices fluctuate. High operational reliability and the option for intelligent energy storage reduce operating costs by optimising the use of stored energy when it is most economically advantageous.
There are many different BESS systems, where the most commonly used and long-lasting lithium batteries store surplus energy and release it when needed, helping to balance energy consumption and reduce costs.
BESS systems can store energy both from green energy sources such as solar PV systems and directly from the power grid. The stored energy can then be used to supply buildings and industry or sold back to the grid, depending on requirements.
The electricity produced by the solar panels is sent to and stored in these energy storage systems (containers) and is built from three main components: cells, modules, and racks. Cells are the smallest units that store energy, and multiple cells form a module. Modules increase storage capacity and voltage and protect the cells. Multiple modules are assembled into racks, which further increase capacity and can be scaled as needed. This flexible structure makes the system ideal for larger BESS installations and industrial energy storage.
This function monitors and manages the battery’s condition, including balancing the cells, controlling temperatures, monitoring charge levels, and protecting against over- or undercharging. It ensures the battery operates within safe limits and maximises efficiency and service life.
HVAC plays a crucial role in ensuring optimal operation and service life for the batteries. The HVAC system regulates the temperature and humidity around the batteries, preventing overheating and protecting against extreme temperature fluctuations. This ensures the batteries are kept within the recommended temperature limits, increasing the system’s efficiency and reliability.
Inside the containers, an advanced fire suppression system is installed, designed to protect the battery system against fire. The system uses sensors to detect smoke or heat and automatically activates extinguishing agents such as gas or foam to quickly control the fire and minimise damage.
The PCS converts power between the batteries’ direct current (DC) and alternating current (AC) for use in the grid and buildings. It enables charging the batteries from the grid and supplying power back to the grid. The PCS stabilises voltage and current and works together with the BMS and HVAC to ensure efficient operation and battery protection.
The EMS can be considered the brain of the entire BESS system. It controls and optimises the energy flow between batteries and the power grid for businesses. It selects the best times for charging and discharging, balances energy sources to reduce costs, and monitors the system for optimal performance. The EMS works together with the BMS, PCS, and HVAC for efficient operation.
