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Battery storage
HISbatt battery storage solutions offer a reliable way to efficiently store energy of any kind and make it available. Whether for peak load capping, for stabilising power grids or for uninterruptible power supply - the systems are flexible and versatile, regardless of the energy source.
Reliable
HISbatt battery storage systems ensure stable energy flows and high availability - even under demanding conditions.
Versatile
Can be used flexibly for peak load management, grid stabilisation or as a backup solution - regardless of the energy source.
Efficient
With optimised technology for maximum storage capacity and minimum energy loss, ideal for industrial and commercial applications.
HISbatt Powerpack 800V
The battery storage in container format was specifically developed for use in 800-V environments and can be directly integrated into existing AC infrastructures. The system is particularly suitable for demanding energy projects where short project durations, efficient operation management, and participation in energy markets are the focus.
HISbatt 233L
This modular battery storage system offers maximum capacity for industrial applications. With its high energy density and first-class fire protection measures, it ensures efficiency and safety in any environment.
HISbatt 261L
The HISbatt 261L is a compact all-in-one storage solution for commercial and industrial applications, focusing on performance, safety, and easy integration. The combination of liquid-cooled LFP battery, integrated inverter, and intelligent energy management allows for stable, efficient, and long-lasting operation even under demanding conditions.
HISbatt 3727L Container
The high-performance containerized storage system was specially designed for use in energy industry applications. The HISbatt 3272L is ideal for standalone or colocation projects and impresses with maximum capacity, high power density, and robust outdoor construction. Ideal for power trading, load shifting, or grid-supportive use cases.
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"Our battery storage systems combine technical innovation with economic benefits. We create real added value for our customers - from self-consumption optimisation to intelligent load management."
Get advice nowEnergy. Safety. Efficiency.
Scalable
For every system size - from small to large.
Efficient
Maximum memory utilisation, minimum losses.
Versatile
For grid, backup and peak load.
Safe
Integrated fire protection and monitoring.
Sustainable
Durable and environmentally friendly.
Future-proof
Compatible with new and existing systems.
Success stories that inspire.
View all posts "Fallendes Diagram Stromkosten")
Battery storage systems: Cut electricity costs by up to 90%
In industrial operations, efficient management of energy costs is crucial. The use of energy storage systems, especially battery storage systems for peak shaving, plays a crucial role not only in minimizing energy costs but also in improving grid support and stability. For companies with annual operating hours below or above 2500, these methods offer significant savings potential.
 "Peak Shaving Diagramm")
What is peak shaving?
Peak shaving, also known as peak load capping, refers to the reduction of peak loads in electricity consumption, which can cause significant costs, especially for large industrial consumers. These peaks can be reduced by using commercial storage systems by supplementing the power supply during peak load times with the energy stored in battery storage systems.
Components that connect
With the quality components from HIS Renewables, we guarantee the highest standards of efficiency, durability and performance for your project.
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