Engineered for European safety standards and seamless grid-to-solar transitions.
As France continues its aggressive transition toward a decentralized energy landscape—driven by the Loi de Transition Énergétique pour la Croissance Verte (LTECV)—the demand for reliable Automatic Transfer Switches (ATS) has reached unprecedented levels. As a leading ATS supplier, we recognize that the French market requires more than just hardware; it requires intelligent energy management solutions that can handle the complexity of the modern grid.
In regions from Île-de-France to the industrial hubs of Lyon, French enterprises are investing heavily in data centers, healthcare facilities, and automated logistics. These sectors operate under a "zero-downtime" mandate. Our Automatic Transfer Switch solutions in France are designed to detect power fluctuations within milliseconds, seamlessly switching between the main Enedis grid and secondary power sources (such as backup generators or UPS systems). This rapid response is critical for maintaining the integrity of sensitive French industrial processes and digital infrastructure.
France is witnessing a solar boom, particularly in the sunny southern regions like Provence-Alpes-Côte d'Azur. Residential and commercial PV installations are increasingly incorporating smart ATS units to manage the interplay between solar generation, battery storage, and the national grid. Our Smart Hybrid Solar ATS models are specifically engineered to optimize self-consumption, ensuring that French homes and businesses prioritize renewable energy while maintaining a fallback connection to the grid.
Professional installers in France understand that compliance with the NF C 15-100 standard is non-negotiable. As a global supplier, our products undergo rigorous testing to meet European CE standards, ensuring they integrate safely into French electrical cabinets. Whether it's for a high-altitude ski resort in the Alps requiring reliable backup power or a smart vineyard in Bordeaux, our ATS systems are built to withstand diverse environmental conditions.
Established in 2008, Wenzhou NOVA New Energy Co., Ltd. has evolved into a national high-tech enterprise. With 15 years of R&D excellence, we bridge the gap between traditional power infrastructure and the AIoT-driven future. Our 120,000 square meter intelligent manufacturing base serves as the heartbeat of our operation, producing over 10 million equipment activations worldwide.
Our core expertise lies in the dual-engine strategy of "Technology-Driven + Customer Value." For our French partners, this means access to cutting-edge Automatic Transfer Switches that are not only robust but also compatible with the Tuya Smart Home and AIoT ecosystems.
Smart inverters and ATS units synchronized for the French solar market.
Matter, Zigbee, and WiFi protocols ensuring your ATS is part of a unified smart building.
Fully automatic SMT production lines and normalization testing systems for French reliability.
Our future strategy for the French market involves deepening the synergy between AI and energy management. We are developing next-generation ATS solutions that use machine learning to predict grid failures and optimize switching patterns based on French energy tariffs (Heures Pleines/Heures Creuses), further reducing costs for the end-user.
Complementary technologies for a complete automated power environment.
In the French electrical industry, technical support and logistical reliability are as important as the product itself. We offer comprehensive documentation, including wiring diagrams and installation guides localized for French standards. Our partnership with logistics providers ensures that whether you are based in Marseille, Lille, or Strasbourg, your ATS components arrive on time to meet project deadlines.
As we look toward the RE2020 regulations in France, which emphasize carbon reduction and energy efficiency in new buildings, our smart ATS and inverter solutions provide the data-driven insights necessary to monitor and manage power consumption effectively.
NOVA New Energy
