EcoStruxure™ for renewable energy solutions
Explore our innovative solar, wind, and battery energy storage system (BESS) solutions delivering sustainability and lower-risk emissions for peak performance.
EcoStruxure for renewables transforms solar, wind, and energy storage projects by integrating advanced digital platforms to accelerate grid connections and reduce levelised cost of energy (LCOE), shaping a more sustainable, cleaner, and smarter energy future.
Enhance renewable performance with smart digital solutions that boost efficiency, modernise equipment, and optimise operations across the full energy lifecycle.
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What is EcoStruxure for renewables?
EcoStruxure for renewables is an end-to-end, digital, and open solution that supports solar, wind, and battery energy storage systems throughout their full lifecycle. Renewable energy solutions use naturally replenished resources such as sunlight, wind, and water to generate electricity. Solar and wind installations are often combined with advanced storage and control systems to stabilise supply, manage variability, and support reliable grid integration.
EcoStruxure for renewables brings together digital engineering, power systems expertise, automation, SCADA, monitoring, analytics, and cybersecurity to address these needs. It helps developers, operators, and OEMs optimise LCOE, enhance energy yield, and improve the performance of diverse renewable assets. The platform supports every stage of a project, from design and construction to operation and maintenance, and helps ensure grid code compliance, reliability, safety, and efficient day-to-day operations. With its open and modular architecture, EcoStruxure for renewables provides scalable growth, stronger system resilience, and secure integration of renewable assets into modern power grids.
How to increase the efficiency of a renewable energy power plant?
To increase the efficiency of a wind or solar plant, you can focus on improving system performance across generation, storage, and grid integration. For solar power and wind power facilities, efficiency often depends on equipment condition, accurate forecasting, and site‑specific optimisation. Regular maintenance, performance monitoring, and proper sizing of battery energy systems can help smooth output variations and support reliable operation. Using well‑configured renewable energy solutions can further support consistent performance across the plant. Enhancing grid connection quality is also important. Stronger grid stability can be achieved by managing voltage, frequency, and power flow more effectively. Implementing an energy management system supports better control of generation, storage, and consumption, helping operators balance variable renewable output.