Reliable renewable power for every critical site.

In partnership with Ryse Energy, SUPPORTEC delivers renewable and hybrid power solutions for organisations that need dependable energy in remote, off-grid, weak-grid, and critical-infrastructure environments. Ryse Energy’s distributed-energy portfolio combines small wind turbines, modular solar PV, battery storage, and clean-fuel backup generation into systems designed around each site’s energy demand and operating conditions.

These solutions help reduce reliance on diesel generation, improve energy resilience, and support more sustainable operations. They are particularly well suited to telecommunications towers, industrial facilities, oil and gas operations, security and monitoring sites, rural communities, and microgrids.

Renewable Energy Solutions

• Hybrid Renewable Power: Bespoke combinations of wind, solar PV, battery storage, and backup generation to provide balanced, reliable site power.
• Small Wind Technology: Wind turbines for telecommunications, IoT and ICT, remote monitoring, security, industrial, and community-power applications.
• Solar PV & Battery Storage: Modular solar generation and energy storage systems for day-to-night power availability, load management, and improved resilience.
• Telecoms Power Solutions: On-grid, off-grid, and weak-grid hybrid systems for mobile network and critical communications sites, including tower-mounted or standalone wind options where suitable.
• Microgrids & Remote Electrification: Decentralised power systems for remote facilities and communities where grid extension is unavailable, unreliable, or uneconomic.
• Clean Backup Generation: Lower-maintenance, cleaner-fuel microturbine options that can complement renewable generation and reduce conventional diesel-generator use.

End-to-End Delivery

SUPPORTEC and Ryse Energy support the full renewable-energy lifecycle: site assessment, advisory and consultation, system design, equipment supply, project delivery, commissioning, after-sales support, and ongoing operation, maintenance, and monitoring. Every solution is tailored to the location, available renewable resources, load profile, space constraints, and required level of power continuity.