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NEW ENERGY

Leading Valve Technologies for the New Energy Era

Fleyenda Flow supports the transition to a low-carbon future with high-performance valve and automation solutions designed for hydrogen, wind, solar, and energy storage systems. Built for safety, corrosion resistance, and intelligent control, our solutions ensure performance and reliability in dynamic, clean-energy environments.

Explore Our Products

Advanced Flow Control for New Energy Applications

Discover Fleyenda’s full capabilities in flow control across emerging energy sectors.

OUR FOCUS

New Energy Industry

The global shift toward carbon neutrality depends on reliable systems for clean energy production, storage, and distribution. Fleyenda supports this transition with advanced flow control technologies designed for hydrogen, renewable power, and energy storage. Our solutions enable safe, efficient operations while withstanding aggressive media, fluctuating temperatures, and challenging environmental conditions.

HYDROGEN SOLUTIONS

Valves Engineered for
Safety and Compatibility

Hydrogen presents unique challenges—high pressure, embrittlement, and strict purity requirements. Fleyenda provides specially designed valves for electrolyzers, fuel cell systems, pipelines, and refueling stations, ensuring leak-tight performance, explosion protection, and compatibility with H₂-rich environments.

RENEWABLE ENERGY SOLUTIONS

Smart Valve Control for
Wind, Solar, and Thermal Power

In solar thermal and wind turbine cooling or lubrication systems, reliable valve control is essential. Fleyenda offers automated valves and actuators with intelligent feedback, supporting optimal energy efficiency and remote management in dynamic renewable energy systems.

ENERGY STORAGE SYSTEMS

Precision and Reliability
for Grid-Scale Storage

From liquid-cooled battery containers to thermal storage tanks, Fleyenda delivers flow control solutions that enhance safety and longevity in energy storage. Our valves are designed to handle high-temperature fluids, thermal expansion, and demanding cycling—supporting grid stability and energy availability.

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