Batteries: Industrial Batteries – BESS Systems
Energy storage solutions for companies, industrial facilities and EPC projects seeking to improve their efficiency and operational stability.
Batteries: Industrial Batteries – BESS Systems
Energy storage solutions for companies, industrial facilities and EPC projects seeking to improve their efficiency and operational stability.
Special conditions for industrial, engineering and EPC companies that need to incorporate BESS systems to improve their energy efficiency.
Some of our batteries
LFP Lithium Battery 100kW 211kWh
LFP 1MW 5015 kWh Battery
LFP Lithium Battery LFP 250kW 522kWh
We improve your budget in the purchase of batteries.
Frequently Asked Questions
What is an energy accumulator and what is it used for?
A energy accumulator is a device that stores energy to be used at a later time. It can store energy in different forms (electrical, thermal, mechanical, etc.), although in the context of renewable energies it generally refers to electric batteries that store the energy generated by sources such as solar panels or wind turbines.
Its main purpose is to to guarantee power supply when the original source is not available.. Serves for improve efficiency, reduce interruptions, stabilize power grids y better use of the energy generated, regardless of itsregardless of its origin.
How do Battery Energy Storage Systems work?
Battery Energy Storage Systems are composed of sequentially connected batteries, capable of responding in a matter of seconds to the needs of the grid.
- If the grid frequency decreases due to high demand, the system supplies the stored energy.
- If there is excess production, the batteries are automatically recharged.
This double loading/unloading mechanism allows:
- Balancing the network
- Reduce losses
- Maximizing the return on renewable installations
What forms of energy can batteries use to charge themselves?
A. Solar energy
Photovoltaic solar panels convert sunlight into electricity.
B. Wind energy
Wind turbines transform wind into electrical energy.
C. Hydroelectric power
Water turbines generate electricity that can be stored.
D. Conventional electrical grid
Batteries can be charged directly from the electrical grid, during off-peak hours or as backup in case of power outages. This is known as backup mode or scheduled charging.
E. Electric generators
Engines running on diesel, gasoline or gas can produce power to charge batteries in remote or emergency situations.
F. Other renewable sources
Geothermal or tidal (less common but possible) can also power systems that charge batteries.
What types of solar batteries are there?
There are several types of solar batteries, the most common being:
- Lithium solar batteries (efficient, long-lasting and maintenance-free)
- 12V or 24V solar batteries, ideal for small or portable systems.
- Virtual solar batteries, which do not physically store energy but compensate for the surplus discharged to the grid.
What battery capacity do I need for my installation?
It depends on your consumption. For example:
A 5 kW battery for solar panels is usually sufficient for a normal home.
For larger systems, batteries up to 10000W (10 kW) or more are available.
You can also use several batteries connected together.
Can I add batteries to my existing solar panels installation?
Yes, you can integrate batteries for solar panels in an already operating installation. If you do not want a physical battery, you can also contract a virtual battery for solar panels with your electricity supplier.
What maintenance do solar batteries require?
Lithium batteries for solar panels are virtually maintenance free. It is only recommended an annual technical revision and to keep the software updated if the system is intelligent.
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