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KOODSUN has delivered a 500kW solar + 1.2MWh battery energy storage project in Germany, combining rooftop photovoltaic generation with a containerized BESS for commercial and industrial energy use.
The project integrates solar generation and battery storage to help the customer increase solar energy utilization, improve energy flexibility, and better manage electricity consumption.
The project is equipped with a 500kW rooftop solar system, allowing the customer to generate electricity directly from solar energy during the daytime.
For commercial and industrial facilities, daytime electricity demand can be significant. Rooftop solar can supply part of this demand directly and reduce the amount of electricity drawn from the grid.
However, solar generation and actual electricity consumption do not always occur at exactly the same time.
This is why battery storage was integrated into the project.
The project includes a 1.2MWh LiFePO4 battery energy storage system installed in a containerized configuration.
The BESS allows available solar energy to be stored and used later according to the site's actual operating requirements.
Depending on the energy management strategy, the battery can support applications such as:
For a project of this scale, the containerized design provides a centralized and practical solution for integrating MWh-level battery storage into an industrial site.
The key value of this project is the combination of 500kW solar generation and 1.2MWh battery storage.
During periods of sufficient sunlight, solar energy can directly support the site's electrical loads.
When solar generation exceeds immediate demand, available energy can be stored in the BESS.
The stored electricity can then be discharged later when solar production decreases or when the site's energy management strategy requires battery support.
In this way, the customer can make better use of the electricity generated by the rooftop PV system rather than relying only on real-time solar production.
Commercial and industrial facilities have very different electricity consumption patterns.
Production schedules, peak demand, daytime and nighttime consumption, electricity tariffs and grid conditions can all influence the appropriate system configuration.
Therefore, C&I ESS projects should be designed according to the actual energy requirements of the site.
For this project in Germany, the combination of 500kW solar + 1.2MWh BESS provides the customer with a more flexible way to manage solar generation and electricity consumption.
This German project is another example of KOODSUN's solar + storage solutions for commercial and industrial applications.
KOODSUN provides a range of ESS solutions, including:
High-voltage battery systems, outdoor C&I ESS cabinets, containerized BESS, PCS + BESS solutions, and complete solar + storage systems.
For each project, the PV capacity, PCS/inverter power and battery capacity can be configured according to the customer's load profile, available installation area and energy management requirements.
If you are planning a factory, warehouse, commercial building or other C&I solar + storage project, send us your basic project information, including:
PV capacity, maximum load, daily electricity consumption, required battery capacity or backup time, and local grid voltage.
KOODSUN can help evaluate the project and recommend a suitable Solar + PCS/Inverter + BESS solution.
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