By eliminating the need for independent network connections or SIM cards for each charger, the UN1WLC + UN1WCP solution significantly reduces installation and operating costs. One central controller (UN1WLC) can manage up to 50 endpoint units (UN1WCP) via a built-in Wi-Fi HaLow mesh network, simplifying site deployment and minimizing labor expenses. This plug-and-play wireless architecture enables rapid scaling and lowers long-term maintenance costs—making it the ideal investment for fleet operators, commercial properties, and parking operators.

Engineered with support for both OCPP 1.6J and 2.0.1 protocols, as well as ISO 15118 and Plug & Charge capability, the system is ready to integrate with next-generation EVs, backends, and smart energy platforms. This ensures compatibility with future standards and protects your infrastructure investment, giving you a competitive edge in evolving EV markets. Whether you're deploying in a city, campus, or industrial site, the future-ready tech stack guarantees seamless upgrades and platform agility.

Unlike traditional wired systems that struggle in large-scale or underground deployments, the wireless self-organizing mesh network built on Wi-Fi HaLow provides high stability even in low-signal areas. Combined with robust industrial-grade protection (IP65/IK08), the solution performs reliably in outdoor, dusty, humid, or high-traffic conditions. It’s the perfect fit for high-density environments such as commercial garages, fleet depots, and residential communities where flexibility, stability, and fast deployment are critical.