Energy conservation

Energy conservation

Optimization of Energy-Saving Operation Strategy for On-Board Energy Storage Trains

Research investigators have published a new study on the implementation of on-board energy storage (OBES) trains in urban rail transit, highlighting distinct energy-saving driving strategies compared to conventional grid-powered trains. The study, which has been peer-reviewed, explores the optimal control conditions and energy-saving speed profile optimization methods of OBES trains.

Energy conservation

Optimization of Energy-Saving Operation Strategy for On-Board Energy Storage Trains

Research investigators have published a new study on the implementation of on-board energy storage (OBES) trains in urban rail transit, highlighting distinct energy-saving driving strategies compared to conventional grid-powered trains. The study, which has been peer-reviewed, explores the optimal control conditions and energy-saving speed profile optimization methods of OBES trains.

Electrolysis (Chemistry)

Optimizing Hydrogen Storage Technology for Integrated Energy Systems

Hydrogen storage technology has become a critical application in response to the urgent global demand for energy conservation and emissions reduction. However, optimizing capacity allocation and ensuring economic viability remain core challenges. Researchers from Hebei University of Technology have proposed a capacity planning method for integrated energy systems incorporating hydrogen-based

Energy industries

EnerSys Publishes FY25 Sustainability Report Highlighting Significant Progress in Energy Efficiency and Operational Resilience

EnerSys, a global leader in stored energy solutions, has released its FY25 Sustainability Report, showcasing the company's substantial progress in energy efficiency, operational resilience, and stakeholder transparency. The report highlights the company's efforts to reduce costs and improve performance across its global operations through energy savings

Technical institutes

Researchers Develop Inverse Method to Compute Freeform Optical Surfaces for Generalized Zero-Etendue Sources

Investigators at Eindhoven University of Technology have published a new report on physics, presenting an inverse method to compute freeform reflector and lens surfaces for generalized zero-etendue sources. The research aims to tackle complex light distributions, with the goal of optimizing optical surfaces for various applications. By parameterizing the initial

Technical institutes

Researchers Develop Inverse Method to Compute Freeform Optical Surfaces for Generalized Zero-Etendue Sources

Investigators at Eindhoven University of Technology have published a new report on physics, presenting an inverse method to compute freeform reflector and lens surfaces for generalized zero-etendue sources. The research aims to tackle complex light distributions, with the goal of optimizing optical surfaces for various applications. By parameterizing the initial