JCE Supercharges Hazardous-Area Connectivity in $1M Connexa Contract

JCE has secured a $1m contract with Connexa, a Texas-based wireless solutions provider to design, manufacture and supply a total of 33 advanced solar-powered Wi-Fi units engineered to deliver high-performance connectivity in challenging environments.

The custom-engineered units are fully ATEX Zone 2 compliant, ensuring safe operation in potentially explosive atmospheres. Each self-sustaining system is mounted on a robust trailer platform for mobility and adaptability, enabling rapid deployment across multiple sites and terrain types to meet the evolving needs of field operations.

Designed for off-grid operation, the units will provide reliable, uninterrupted Wi-Fi connectivity to chemical plants in Wales and The Netherlands. All control equipment is stored within secure cabinets, along with a 6-metre mast offering wide coverage and flexibility, optimising signal strength in dynamic environments.

Powered by high-efficiency Zone 2 solar panels and advanced hazardous area energy storage technology, these units ensure 100% renewable energy-powered connectivity. Their robust design meets the highest standards of safety and performance, even in hazardous locations to power additional devices like bird scarers and security lighting to meet specific client needs.

“This solution marks a significant step forward in providing secure, off-grid connectivity,” said Martin Craig, Managing Director of JCE. “By integrating solar energy and advanced wireless technology, not only are we enabling industries to stay connected, we’re supporting them to do so sustainably, with minimal environmental impact. This opens up a world of possibilities for the most challenging environments on a global basis.”

“The solar-powered Wi-Fi units supplied by JCE are a valuable addition to our connectivity portfolio,” said Darcy Dickson at Connexa. “Their innovative design and off-grid capabilities allow us to deploy high-performance solutions in areas where traditional infrastructure is not feasible.”