The Dutch standardization body NEN warns consumers of the risks of deploying balcony photovoltaic systems without taking precautions, including falls or fires caused by improper installation. It is pointed out that the wind resistance and load bearing capacity of the component should be considered, and the weight and installation should follow the NEN standard. At the same time, it is emphasized that the photovoltaic system should be independently connected to avoid overload and fire hazards. NEN points out that installation manuals often lack detailed instructions and even contain incorrect connection instructions, increasing security risks.
FelicityESS’s balcony energy storage system features a lithium battery with built-in fireproof modules and an inverter that supports Wifi remote monitoring, offering safety and compliance and a compact design. FelicityESS ensures that all products comply with the relevant safety standards and have multi-national safety certifications, especially in terms of wind resistance, load bearing and circuit connectivity. At the same time, FelicityESS continuously optimizes the installation manual to provide customers with a series of detailed and correct installation instructions to avoid risks caused by improper operation. With these measures, FelicityESS can further enhance the market competitiveness of our balcony energy storage systems and ensure the safety of use.
https://www.felicityess.com/balcony-solar-storage-solution/
Esta solución ofrece un sistema de almacenamiento de energía eficiente y compacto diseñado para instalaciones en balcones. Con una potencia de 800 W del microinversor de la serie X-RAY y una capacidad de 1,6 kWh de la batería de litio de la serie LUX-S, garantiza un suministro fiable de energía para pequeños electrodomésticos e iluminación. Ideal para la vida urbana, maximiza el uso del espacio disponible a la vez que proporciona energía sostenible.
Diseño compacto
Bajo mantenimiento
Aplicaciones versátiles
Reducción del ruido
Independencia de la red
Mayor seguridad energética
