
Our battery storage systems enable the efficient use of renewable energy and ensure maximum security of supply. Stored solar power reduces energy costs and lessens reliance on diesel generators. To the extent that it replaces electricity generated from fossil fuels, CO₂ emissions are also reduced.
All relevant energy data – from electricity generation to self-sufficiency levels – is recorded digitally and can be transparently integrated into ESG and sustainability reports.
The scalable all-in-one system grows flexibly with your requirements – from small-scale applications to megawatt-scale solutions. Thanks to its hybrid capability, emergency power function and full off-grid capability, you benefit from maximum independence and a reliable energy supply.
In on-grid operation, the HANS GS intelligently manages when energy is stored, used on-site or fed into the grid. Whether it’s zero feed-in, surplus feed-in or full feed-in – the feed-in strategy can be precisely tailored to your grid connection situation and your load profile. Surplus PV energy is specifically buffered, peak loads are capped and grid consumption is reduced to a minimum. This significantly lowers energy costs and protects against fluctuating electricity prices.
In the event of a power cut, the system automatically switches to emergency power – providing up to 90 kW for the entire building.
Can be combined with PV, CHP, wind power or fuel cells. Free real-time monitoring via web & app.
Fully self-sufficient or off-grid power supply, mobile power boosting for limited connections, and three-phase operation even with a single-phase connection.
Efficient generator integration with minimal downtime, centralised energy management with touchscreen controls as well as quieter operation with significantly lower emissions than when running on diesel alone.
Optional integration of PV systems and EV charging infrastructure for maximum flexibility.
Whether it’s a remote construction site or a location permanently off the grid – our battery storage system enables fully off-grid operation without the public electricity grid. Acting as an intelligent control centre, it coordinates the PV system and diesel generator according to demand, balances out peak loads and automatically optimises self-consumption. Emergency power and UPS functions, as well as DC-PV integration, are included.
In addition, noise levels, maintenance requirements and fuel logistics are significantly reduced. The result is twofold: lower emissions and lower costs. We transform mobile diesel infrastructure into hybrid, low-emission energy platforms.
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