Germany's First Private E-Truck Charging Park in Bavaria

As featured on national TV: Germany's first private e-Truck charging park is now live in Bavaria - Powered by our energy storage systems. As recently reported by Tagesschau, Germany's leading national broadcaster, a forward-thinking logistics company in Bavaria has launched one of Germany's first private e-truck charging parks. The entire fleet now operates on electric power — enabled by the energy solutions we proudly supply. Video link here

We provided 14 containerised battery storage systems for the site. Each unit delivers:

● 1.2 MWh capacity
● 500 kW continuous output
● Integrated 600 kW MPPT module, seamlessly connected to a 2.7 MW solar system.

The integration of solar, battery storage and EV charging is enabling efficient, low-carbon logistics — a scalable model for a greener freight future across Europe. With public infrastructure still struggling to keep pace, forward-looking companies are creating their own solutions. We're proud that our technology plays a key role in this transition.

Dutch Tomato Grower Adopts 1MW/2.4MWh Battery Storage to Boost Energy Resilience

A leading tomato producer in Wellerlooi, Netherlands, is integrating a 1MW/2.4MWh battery energy storage system (BESS) to enhance grid flexibility and reduce energy costs. The project reflects a growing trend among Dutch horticultural businesses to invest in smart, self-sufficient energy solutions. Local media GroentenNieuws.nl highlighted this project as an example of how the greenhouse sector is adopting advanced energy management to address rising prices and limited grid capacity.

Key Features and Benefits:

● Better use of on-site solar power:
Supports peak shaving and reduce dependence on the strained national grid
● Liquid-cooled technology:
Offers improved thermal management, higher safety standards, extended operational lifespan by 16%, and boosts system efficiency by 5% over traditional air-cooled systems.
● Dynamic capacity expansion:
Enables new revenue opportunities through grid services.

4.8 MW/9.6 MWh Microgrid Energy System in Germany

The Germany Microgrid Energy System is a cutting-edge battery energy storage system (BESS) designed to enhance grid stability, optimize energy costs, and ensure reliable backup power. With a total capacity of 4.8 MW/9.6 MWh, this system plays a crucial role in balancing electricity supply and demand through peak-valley arbitrage while providing emergency power support.

Key Features and Benefits:

● Peak-Valley Arbitrage:
Charges during off-peak hours and discharges during peak hours to reduce costs and generate revenue.
● Backup Power Supply:
Provides critical backup in case of grid failure to maintain operational continuity.
● Renewable Energy Integration:
Seamlessly integrates with local solar and wind energy sources to support decarbonization goals.
● Smart Energy Management:
Uses AI-powered EMS to optimize battery usage and extend lifespan.
● Grid Support & Stabilization:
Reacts to frequency deviations to support grid reliability and reduce fossil dependency.

400KW/964kWh Energy Storage System in the Netherlands

This project features a 400kW/964kWh battery energy storage system (BESS) deployed in a Dutch farm, designed to provide backup power and support temporary energy expansion. The system ensures energy reliability for agricultural operations while addressing fluctuating power demands.

Key Features and Benefits:

● Reliable Backup Power:
Protects farm operations from grid outages, ensuring continuous energy supply for critical equipment.
● Temporary Energy Expansion:
Supports seasonal or short-term energy demands without requiring costly grid upgrades.
● Cost-Effective Energy Management:
Enables peak shaving and load balancing to reduce electricity costs and optimize power usage.
● Sustainable and Scalable Solution:
Integrates with renewable energy sources, enhancing farm sustainability and future expansion potential.