11 kW three-phase EV charging with load balancing
A semi-detached home in the Netherlands requiring three-phase EV charging with dynamic load management to avoid exceeding the property grid connection capacity.
Explore solar, battery, heating, cooling, EV charging and integrated home-energy installations.
A property-specific solar project for a south-facing detached home with annual consumption above 6,000 kWh. Designed for maximum self-consumption with a hybrid inverter ready for battery storage.
Capacity: 7.2 kWp · Equipment: AIKO NEOSTAR + Huawei inverter
View Project Details →A semi-detached home in the Netherlands requiring three-phase EV charging with dynamic load management to avoid exceeding the property grid connection capacity.
A full integrated system combining a high-capacity solar array with a large-format home battery designed for maximum annual self-sufficiency at a rural property in Bavaria, Germany.
A complete oil-to-heat-pump conversion at a detached villa in Lombardy. The project included new radiator assessment, cylinder replacement and system commissioning.
Retrofit battery storage added to an existing 4 kWp solar system at a detached home in the West Midlands. Inverter compatibility was verified before installation was confirmed.
A phased integrated home energy project at a newly built villa near Warsaw, combining rooftop solar, modular battery storage and a solar self-consumption EV charger.
A discreet multi-split air conditioning installation across four rooms in a premium apartment in Zurich. Equipment was selected to meet strict building management requirements.
Project photographs and details are representative examples illustrating the scope and approach of LUMIXIS residential energy installations. Property locations, equipment specifications and system configurations are described for illustrative purposes only.
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