Fuzion Power Technologies has joined the Viasat ELEVATE program, expanding access to solar-powered energy systems for remote connectivity needs. Fuzion is known for its rugged solar-powered solutions that are suitable for powering Wi-Fi hotspots, microwave radios, cellular gateways, cameras, and other devices in isolated locations.
The company’s FTP-3XX series features compact solar-charged units equipped with 300 Wh lithium-ion battery storage. These units provide Power over Ethernet (PoE), auxiliary DC output, and smart telemetry, supporting edge connectivity equipment such as IoT devices and satellite terminals in outdoor settings. The design focuses on “deploy-and-forget” installations intended for long-term use under harsh conditions.
By using these systems, businesses can implement connectivity infrastructure without relying on grid power. This approach enables autonomous operation of the units for years with minimal maintenance while reducing environmental impact. Fuzion estimates its solutions lower CO₂ emissions by about 175 kg per year compared to diesel-powered alternatives.
Fuzion’s technology is being used beyond commercial deployments; it also supports broadband rollouts in regions like Africa, Latin America, and Australia. The company aims to facilitate scalable internet access solutions for rural populations where conventional power sources are scarce or unreliable.
As part of the ELEVATE marketplace, Fuzion now benefits from access to Viasat’s partner ecosystem and satellite communications network. The collaboration is expected to help extend internet connectivity to underserved communities worldwide.
Sean Møller Sealey, Founder & CEO of Fuzion Power Technologies, stated: “together, we will help enterprise customers deploy IoT, video surveillance, and other edge applications across difficult-to-reach environments, driving connectivity where it’s needed most.”
Businesses using Fuzion’s solar-powered systems can deliver more sustainable connectivity options in areas previously considered too challenging due to lack of infrastructure or environmental obstacles.
