Wind Turbine Repowering Strategies Increasing Existing Site Output

Wind turbine repowering strategies modernize aging wind farm with higher-capacity turbines, optimized grid connections, improved efficiency and reduced land use

Compressed Air Storage Supporting Large-Scale Wind Integration

Compressed air storage is advancing wind integration with long-duration storage, grid balancing, ancillary services and improved renewable power reliability.

Turbine Component Modularization Simplifying Wind Farm Maintenance

Turbine component modularization advances wind power by simplifying transport, installation and maintenance while improving supply chain efficiency and scale.

Low-Emission Steel Reducing Wind Turbine Manufacturing Footprints

Low-emission steel is transforming wind turbine manufacturing by reducing embodied carbon, integrating green hydrogen and supporting sustainable supply chains.

LiGHT 26 Registration Opens as Messe Frankfurt UK Launches the Next Chapter for the UK’s Lighting Specification Event

Register for LiGHT 26, the UK's leading lighting specification event, featuring top brands, lighting innovations, expert talks, and networking in London.

Wind Farm Micrositing Technologies Optimizing Site-Specific Generation

Wind farm micrositing technologies optimize turbine placement, wake effects and cable routing to improve energy yield, reduce losses and overall project costs.