EET – Efficient Energy Technology GmbH products

The SolMate photovoltaic storage system combines innovative energy storage solutions with smart energy management, offering an efficient way to maximize the self-consumption of your solar energy. At its core is the patented NET Detection technology, which allows real-time power consumption measurement through the socket, optimizing energy usage by feeding self-generated electricity exactly when needed. In contrast to conventional systems, SolMate avoids unnecessary energy losses by maintaining energy in reserve instead of sending it back to the grid. It incorporates advanced machine learning to further enhance efficiency based on usage patterns. The system's easy installation, plug-and-play setup, and compact all-in-one design, consisting of a lithium iron phosphate battery and two integrated inverters, make it user-friendly and adaptable. SolMate also offers emergency power supply capabilities, ensuring energy availability during outages, and promotes sustainability by avoiding rare earth elements. With a capacity of 1.44 kWh and an output of up to 2000 Wp, it is a robust solution for eco-conscious energy management.

The LightMate Balcony Solar Power System offers an efficient way to harness solar energy in limited spaces. Tailored for urban environments, it's designed to be installed easily on balconies, terraces, or garden areas, requiring no professional assistance for commissioning. LightMate employs semiconductor-based photovoltaic cells to transform solar energy into direct current (DC), which is then converted into alternating current (AC) via an integrated inverter, making it ready for household use. Boasting a maximum output of 800 watts, this modular system is suitable for those without roof access, making it perfect for tenants or small homeowners. Designed for minimal space requirements, it integrates stylishly, doubling as a privacy screen if installed on railings. Its plug-and-play nature means users can quickly connect it to their home grid and begin utilizing their self-generated electricity.