• • • COVER STORY • • •
Production Energy Efficiency: innovating for sustainability and energy efficiency
REO remains a constant in a world increasingly focused on sustainability and energy efficiency, delivering innovative solutions for the Variable Speed Drive (VSD) and Renewables sectors
W
ith decades of expertise in inductive components and a steadfast commitment to environmental
responsibility, REO exemplifies how technological advancements can drive meaningful energy management and sustainability progress.
A Legacy of Excellence in
Inductive Components REO’s long-standing expertise in inductive components has established it as a trusted partner across diverse industries. The company’s components are essential for ensuring the efficient operation of Variable Speed Drives in industrial applications, renewable energy systems and more. These inductive solutions—including chokes, transformers, sinewave filters and harmonic reduction solutions—enhance system reliability and performance while optimising energy use. In the renewables sector, REO’s components are critical in facilitating efficient energy conversion and distribution from sources such as photovoltaic (PV) systems and wind turbines. By reducing harmonic distortion and improving power quality, REO’s solutions contribute to more sustainable and dependable energy systems, particularly as the global transition to green energy accelerates.
A Case Study in
Sustainable Heating and Energy Management
One of REO’s recent projects showcases its ability to integrate innovative technologies to achieve environmental and operational benefits. In a comprehensive effort to reduce carbon emissions and improve energy efficiency, the company recently overhauled its own oil-based heating system and installed a solar power system. The transformation included the following key measures:
Heat Pump Installation A cornerstone of the project was the installation of three cutting-edge heat pump modules, each delivering 58 kW of heat output. The system provides a total heat output of 174 kW, replacing the existing oil heating system. These heat pumps significantly reduce greenhouse gas emissions and operational costs by leveraging ambient air or ground heat instead of fossil fuels.
Solar Power Integration REO complemented its heating system with a high-performance photovoltaic (PV) system with a capacity of 133 kW. This integration allows REO to generate its electricity, reducing reliance on external energy sources and aligning operations with renewable energy principles.
Additional Energy-Saving
Measures To maximise efficiency and sustainability, REO implemented several additional measures: • LED Lighting Conversion: A transition to LED lighting has reduced energy consumption dramatically.
• Heating System Optimisation: The entire heating system was fine-tuned for peak efficiency, including advanced monitoring to minimise energy waste.
• Optimised Energy Consumption: By analysing energy usage patterns, REO scheduled high- energy tasks during peak solar energy generation periods, reducing reliance on grid electricity.
Results That Speak for Themselves
These efforts resulted in a 22 per cent reduction in CO2 emissions in 2024. Integrating renewable energy systems and optimisation measures significantly reduced REO’s carbon footprint and operational costs. This project highlights how modern technologies can replace outdated systems while delivering environmental and financial benefits. This success also reinforces REO’s commitment to sustainability in its operations, demonstrating that it practices what it promotes.
Supporting the Green Energy Transition
REO’s innovative solutions continue to support the global shift toward renewable energy. Its inductive components are crucial for ensuring efficient and reliable power generation. REO’s products are vital in maximising renewable energy’s potential by reducing harmonic distortion, improving power quality and optimising energy conversion. Projects such as the heating system overhaul illustrate how REO leverages its expertise to adopt sustainable practices in real-world scenarios. This
dual approach—delivering industry-leading products while embracing sustainable operations—positions REO as a forward-thinking leader in the energy transition.
Preparing for Energy
Price Increases With energy prices predicted to rise significantly in 2025, REO’s focus on self-generation of electricity, energy optimisation and efficient heating systems reduces environmental impact and provides resilience against cost increases. These initiatives ensure long-term financial and operational stability.
Looking Ahead
As global industries prioritise sustainability, REO remains at the forefront of innovation in energy efficiency and environmental responsibility. By advancing inductive technology and integrating renewable energy systems, REO continues to meet the evolving needs of a changing world. Through projects like the heat pump and PV system installation, REO demonstrates that sustainability is an aspiration and a tangible reality. The company is proud to contribute to a greener future and in 2025, it will integrate an ISO 14001- Compliant Environmental Management System.
8 ELECTRICAL ENGINEERING • DECEMBER/JANUARY 2025
electricalengineeringmagazine.co.uk
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