Battery Energy Storage System (BESS)

Our robust Powerbanks offer a silent and emission-free powerful solution for various purposes to keep or make demanding environments operational.

In many business sectors, such as construction, storage and transhipment, event sector (also outdoor), Oil and Gas, (Petro) chemistry, shipping, fishing, etc. a reliable energy supply is crucial. In this way, our customer-specific solutions guarantee the required capacity on site within a short time. They are weather and shock resistant and water and dust proof, making them also suitable for rougher environments such as construction sites and outdoor projects (off-grid) where, for example, no (reinforced) mains power is available. Also consider agriculture and civil (water) projects.

Customized solutions

Thanks to our expertise and focus on quality, we deliver customized solutions that meet the highest safety and performance standards. For example, our systems are equipped with fast charging technology, allowing multiple devices/ machines to be charged simultaneously to prevent unnecessary downtime. The built-in protections prevent overheating and short circuits. Our Industrial Powerbanks are an indispensable investment for companies that want to ensure reliability/ mobility and efficiency in their daily operations.

Our solutions include:

- Silent Energy Storage Systems for renewable energy (solar and wind);
- Back-up systems for emergency power and grid-independent applications;
- Industrial and commercial battery systems for efficient energy management.

Power Supply and Efficiency

• Rapidly available electricity (off-grid)

• Storing surplus green energy (solar panels, wind turbines, etc.)

• Ensuring business continuity during power outages

• Supplying (green) electricity on construction sites in combination with solar panels

• Fast charging of electric vehicles and/or construction machinery, reducing downtime

• Hybrid setup in combination with a diesel generator

Grid Optimization and Future Expansion

• Feeding back into the grid during peak hours and charging during off-peak hours

• Smoothing peak loads and distributing them over off-peak periods

• Providing additional power alongside the existing grid connection when demand increases

• Additional available energy when grid upgrades are not possible

• Purchasing a dynamic energy contract for more cost-effective energy use

• Supporting (upcoming) mandatory greening through electrification