Termékek smart home (3)

Le système complet fenêtre et volet roulant extérieur améliore les performances de la menuiserie en PVC. En hiver, les volets roulants Alu renforcent l’isolation thermique et, en été, limitent les apports de chaleur. Ainsi, ils maintiennent une température intérieure idéale et ils peuvent limiter les coûts supplémentaires pour la climatisation. Les volets roulants préservent l’ intimité des regards et ils vous protègent également des intrusions. Pour une sécurité renforcée, équipez votre menuiserie en PVC avec les volets roulants anti-effraction. En toute saison, les volets roulants vous en aluminium assurent le confort.

External equipment: galvanized steel frame; Fluorocarbon aluminum alloy shell; Built-in polyurethane insulation layer; hollow tempered glass; Hollow toughened laminated glass pencil; extended entrance door; Interior equipment: top, wall (aluminum panel); flooring (SPC eco-friendly composite wood floors); indoor and outdoor multicolored heating lamps; electric curtains; electric mattress; whole house intelligent control system; branded socket panel; air conditioner; smart lock; Key card switch Bathroom: Privacy glass door to bathroom; Washing / washing / bathroom mirror; smart toilet/faucet/shower/floor drain;

AC EV Charger with Socket EEV Smart EV Charger with Type 2 (IEC 62196-2) Plug Socket IP55 Electric Vehicle Charging Station EV Wallbox CE Certified Highlights : 1-Phase from 3.7kW to 7.4kW 3-Phase from 4.1kW to 22kW Full Protection Dynamic Load Balancing (optional) Open Charge Point Protocol (optional) Customize All Types of Connectors Smart Version with APP (optional) 3 Years Warranty Power Converter Optimization EEV’s EV chargers range from 3.7kW to 22kW for AC models and up to 600kW for DC units. Every model in the EEV AC EV charger lineup features advanced Dynamic Load Balancing (DLB) technology, ensuring superior efficiency and smarter energy management. DC chargers, while powerful, do not include DLB. The integration of a DLB box with AC chargers enables a shift towards solar energy usage, reducing grid electricity reliance. This approach underscores our commitment to eco-friendly charging by optimizing renewable energy sources. Advanced Cooling Systems Our EV Charger features advanced thermal management through the application of thermally conductive adhesive. This adhesive enhances the contact area between the heat-generating components and the charger’s casing, facilitating partial heat dissipation through the outer shell.    This design ensures optimal heat regulation, contributing to the charger’s efficiency and longevity. Modular Design EEV offers customizable all types of connectors and provides options for both wall mounted EV charger and floor mounted EV charger, which allow for easy customization and installation in various settings. High-Quality Materials Our EV Charger is crafted from UL-certified PC+ABS, offering high toughness and flame resistance. It’s designed to endure extreme temperatures, suitable for storage environments from -40°C to 85°C. Stable Power Management Systems The Emergency Stop Switch, built-in Type B RCD, and compatibility with Solar PV Systems contribute to stable and safe power management, preventing damage from power fluctuations. Self-developed OCPP Platform EEV EVsaas platform is self-developed charging management based on OCPP 1.6J. With a simple setup, it allows you to track, manage and optimize your EV charging. Users scan the code for charging through EVsaas APP, you can monitor the charging status in real-time in the background.  You can also obtain detailed charging data and billing information according to different time periods. Commercial Charging Monitoring BCP-MH-01, EEV EV charger monitoring device, is an independently researched and developed device.   It can simultaneously monitor multiple EV chargers and intelligently distribute current based on the usage of each EV charger.   Therefore, it safely prevents overload. Meanwhile, it can also monitor the fault of the EV charger and the RS485 communication status to improve the use efficiency.