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Rotating Equipment and Fluid Systems Supporting Renewable Power Generation

Renewable energy facilities utilize a variety of mechanical and electrical systems to convert natural resources into usable power. Wind generation, hydroelectric facilities, renewable natural gas operations, biomass plants, and energy storage infrastructure incorporate gearboxes, hydraulic systems, turbines, generators, pumps, and auxiliary equipment that require ongoing maintenance and fluid management.

Hilliard and HILCO products are applied throughout renewable energy applications where lubrication system cleanliness, water removal, equipment condition monitoring, and rotating equipment operation are important considerations.

Stainless steel butterfly valve assembly with flanged connections, featuring a compact design for efficient flow control in industrial applications.

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Renewable Energy Products

Founded in 1905, Hilliard has grown from a one-product business into a global manufacturer serving customers across motion control

benefits

Managing Lubrication Systems in Renewable Energy Assets

Many renewable energy installations incorporate gearboxes, bearings, hydraulic systems, and circulating oil systems that operate under varying loads and environmental conditions. Fluid contamination, moisture ingress, and lubricant degradation can influence maintenance intervals and equipment condition over time.

Close-up view of solar panels showcasing their blue photovoltaic cells, designed for harnessing solar energy for renewable power generation.

Hilliard and HILCO Products for Renewable Energy Applications

Gearbox Lubrication Systems

Filtration products help maintain oil cleanliness in wind turbine gearboxes, hydroelectric equipment, and industrial drive systems.

Hydraulic Fluid Maintenance

Supports hydraulic systems used for pitch control, braking functions, and auxiliary equipment operation.

Water Removal from Industrial Oils

Coalescing products help remove free water contamination from lubrication and hydraulic systems.

Condition Monitoring Programs

Fluid analysis services provide insight into lubricant condition, contamination levels, and wear-related trends.

Featured Case Study or Use Case

Applications Across Wind, Hydro, Biomass, and Renewable Gas Facilities

Renewable energy facilities utilize different methods of power generation, but many share common mechanical systems responsible for transferring power, controlling equipment, and maintaining operation.

Wind Energy Installations

Products applied to gearbox lubrication systems, hydraulic circuits, and auxiliary equipment.

Hydroelectric Facilities

Filtration and fluid management products used throughout turbine and generator support systems.

Biomass Power Generation

Applications involving rotating equipment, hydraulic systems, and supporting plant infrastructure.

Renewable Natural Gas Operations

Products utilized in compression, processing, and supporting fluid systems associated with RNG production.

Industrial piping system in a renewable energy facility, featuring stainless steel pipes with colored directional arrows indicating flow direction, along with pressure gauges and valves for efficient energy management.

WHY HILLIARD

Why Renewable Energy Operators Choose HILCO

Supporting Diverse Renewable Technologies

Application expertise across wind energy, hydroelectric facilities, biomass plants, and renewable natural gas operations utilizing rotating equipment and auxiliary mechanical systems.

Products for Critical Mechanical Systems

Motion control, filtration, engine starting, laboratory analysis, and technical services supporting gearboxes, hydraulic systems, turbines, generators, and compression equipment.

Engineered for Variable Operating Conditions

Products developed for applications exposed to fluctuating loads, changing environmental conditions, and continuous-duty operation common throughout renewable energy facilities.

Application Engineering for Long-Term Asset Performance

Technical expertise helps operators and OEMs optimize equipment reliability, maintenance planning, and lifecycle performance across renewable energy infrastructure.

Application-Focused Products Backed by Engineering Expertise

Technical Knowledge

Proven Performance

Responsive Support

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