Energy Without Carbon Ltd has developed a patented EWC Technology, an AI-integrated control system that optimises electrical behaviour in real time,
matching the energy of a moment to the work of a moment.
Installed between the electrical supply and motor systems, EWC Technology dynamically adapts power delivery to demand, improving efficiency, strengthening grid stability, and eliminating unnecessary energy consumption.
Electric motor systems account for nearly 50% of global electricity use, with up to 15–25% lost through inefficiency. EWC Technology is designed to address this at source.
Compact by design and powerful by function, EWC Technology delivers advanced motor optimisation in a device no larger than a standard mobile phone.
To dramatically reduce carbon emissions by optimizing the performance of electric motors and electrical grids through patented intelligent energy-management technology.
Transforming Electric Motors into Smart, Energy-Saving Systems.
Energy Without Carbon Ltd has developed a patented EWC Technology designed to optimize the performance of electric motors while also supporting electrical grid stability.
Installed between the electrical supply and the motor, EWC Technology continuously analyse motor behaviour and dynamically adjusts the electrical energy delivered to the motor in real time, matching the energy of a moment to the work of a moment.
EWC Technology is an AI-integrated energy optimisation system that matches power supply to the real-time workload of electric motors, reducing energy waste, lowering costs, and cutting CO₂ emissions without compromising performance.
The hardware combines advanced electronics with intelligent software, including AI-assisted monitoring and optimization, allowing EWC Technology to learn how motors operate under different loading conditions and continuously improve performance.
Compact and practical, EWC Technology is approximately the size of a mobile phone and can be easily installed between a motor and its power source. This allows existing electric motors to be upgraded into intelligent, energy-optimized systems without the need for costly and time consuming equipment replacement.
EWC Technology improves electric grid stability. The American Council for an Energy Efficient Economy (ACEEE) states that “15–25% of US electricity can be saved by optimizing the performance of electric motors.” EWC Technology is designed to optimize the performance of electric motors.
Key Features
• Patented electric motor optimization technology
• AI-assisted monitoring and intelligent performance optimization
• Wireless communication and IoT connectivity
• Real-time motor performance analysis
• Soft-start functionality and motor protection
• Power factor improvement and energy efficiency optimization
• Upgradeable software architecture
• Compact device designed for simple installation on existing motors
Electric motor systems power the infrastructure of the modern world, operating in manufacturing facilities, water systems, commercial buildings, transportation networks, and household appliances.
According to international energy research, electric motor-driven systems account for approximately 45% of global electricity consumption. Because of this enormous share of electricity use, improving motor efficiency represents one of the largest opportunities available to reduce global energy demand.
A small improvement. A massive global impact.
Even modest improvements in electric motor efficiency could deliver massive global benefits.
If global motor efficiency improved by just 10%:
1,200 terawatt-hours (TWh)
Electricity saved each year
$100+ billion
Annual energy cost savings
480 million tonnes of CO₂
Emissions avoided annually
Equivalent to the output of hundreds of power plants, achieved without building new infrastructure.
Optimising existing systems reduces energy demand while strengthening grid stability.
Electric motors can create significant demand spikes on electrical grids, particularly during motor start-up events when large amounts of electricity are suddenly required. These demand spikes can place additional stress on electrical infrastructure and contribute to voltage fluctuations, brownouts, blackouts and grid instability.
EWC Technology helps manage electrical behaviour delivered to motors, reducing sudden demand spikes and improving the stability of electrical loads. By helping smooth electrical demand and optimize motor performance, EWC Technology can contribute to more stable and resilient electrical grid operations.
As global electricity demand continues to rise due to electrification, AI data centres, and industrial growth, technologies that both improve efficiency and support grid stability will play an increasingly important role in the future of energy systems.
A dramatically more energy-efficient and lower carbon world powered by technologies that optimize how electricity is used.
To learn more about our technology, strategic partnerships, or intellectual property acquisition opportunities, please contact us.