As the global shift toward sustainable energy accelerates, systems powering solar, wind, and geothermal operations increasingly rely on high-performance mechanical components. At Hanovix, we support this transition through our advanced solutions—precision metal bellows, flexible metal hoses, and edge-welded bellows—designed for the demanding requirements of renewable energy infrastructure.
In solar thermal systems and heat recovery applications, precision metal bellows are used in pressure relief valves, expansion chambers, and control devices. These components compensate for fluid expansion, help maintain stable pressure, and protect piping networks from stress caused by temperature fluctuations—critical for maximizing energy capture and long-term efficiency.
Flexible metal hoses are widely used in both photovoltaic and solar thermal installations to handle water, coolant, and heat transfer fluids. Their resistance to UV, vibration, and thermal cycling makes them ideal for rooftop solar arrays and concentrator systems, where mechanical durability and flexibility are essential.
In wind turbines and battery storage systems, edge-welded bellows are implemented in precision flow and pressure control mechanisms, including nitrogen compensation units and hydraulic control assemblies. Their compact size and high sensitivity allow real-time adjustments, enabling more efficient energy regulation and safer system operation.
For biomass and geothermal plants, our bellows technologies are integrated into heat exchangers, pressure-regulating systems, and steam handling components. The reliability and corrosion resistance of precision metal bellows and flexible metal hoses help maintain system uptime in environments exposed to aggressive media and fluctuating load cycles.
At Hanovix, our components enable renewable energy systems to run safer, last longer, and operate more efficiently—supporting sustainable energy production across industries worldwide.
