THERMAL & KINETIC ENERGY STORAGE

The Generator Cell is a breakthrough in energy storage technology, seamlessly integrating kinetic and thermal energy to achieve unparalleled efficiency and power density. At its core, it utilises a cutting-edge Pulse Thermo-Magnetic Cycle, a dynamic system that optimises energy transfer between the thermal reservoirs and the kinetic storage, ensuring minimal losses and maximum output.

This synergy allows for faster energy transfer, higher efficiency, and longer operational life, making it the ideal solution for high-performance applications like electric aviation propulsion. By harnessing both motion and heat, the Generator Cell pushes the boundaries of sustainable power, enabling our aircraft to fly higher, longer, and farther than ever before.

HIGH POWER DENSITY & OUTPUT

Designed to deliver instantaneous high-power bursts and sustained output, the Generator Cell maintains exceptional efficiency even under extreme loads.

• High Peak Power Output
• Continuous High Power Output
• Optimized Power-to-Weight Ratio for aerospace applications

RAPID ENERGY TRANSFER & EFFICENCY

Utilising the Pulse Thermo-Magnetic Cycle, energy is transferred seamlessly between thermal and kinetic storage with minimal losses.

• Fast Discharge & Recharge Rates enhance operational readiness
• High Energy Retention Efficiency, reducing waste heat
• Adaptive Performance Scaling for different power demands

EXTREME CONDITION RELIABILITY

Engineered for harsh environments, the Generator Cell operates efficiently across a wide range of conditions.

• Temperature Resilience: Functions in extreme cold and high-heat scenarios
• High-efficiency motors deliver powerful thrust while conserving energy.
• Extended Lifecycle: Designed for durability with minimal degradation over thousands of cycles

ALTERNATOR

The alternator is responsible for converting the rotational energy of the flywheel into three phase Alternating Current (AC) electrical power. Utilising permanent magnetic induction, it ensures minimal energy loss and optimised power output. The three phase coil winding of the stator allows for high-frequency operation.

FLYWHEELS

The flywheels are the kinetic energy storage components which are connect directly to the alternator; they can maintain ultra-high RPMs with minimal resistance. Combined with magnetic bearings and a near-frictionless vacuum environment, flywheel ensures rapid charge and discharge capability.

ELECTRICAL OUTPUTS

The electrical output points deliver the stored electrical energy from the Generator Cell to the external power and propulsion systems in a controlled and efficient manner. Along with the power electronics and voltage regulation, it provides a stable Direct Current (DC) power output.

ELECTRONICS

The electronics control unit is the intelligent brain of the Generator Cell; it is responsible for managing the Pulse Thermo-Magnetic Cycle and optimising the energy conversion between kinetic and thermal storage, monitoring system health, temperature, and energy output in real-time.

OUTER VACUUM CASE

The high-strength, lightweight outer vacuum case maintains a low-resistance environment, significantly reducing energy losses due to air friction. This vacuum-sealed enclosure allows the flywheel to maintain high rotational speeds with minimal drag, improving energy retention and long-term durability.

MAGNETIC BEARING

The magnetic bearings enable frictionless rotation of the flywheels, eliminating mechanical wear and drastically improving efficiency. These bearings provide near-zero friction for extended operational lifespan, reduce energy losses from mechanical resistance and enable rotational stability for optimal power output.

HEAT CORE

The Heat Core is the thermal energy storage system within the Generator Cell, responsible for absorbing, storing, and releasing heat energy. Using a composite phase-change materials and high-efficiency thermal conductors, it enables rapid energy transfer within the Pulse Thermo-Magnetic Cycle to the flywheels.

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MANUFACTURING & DEVELOPMENT

The Generator Cell is the result of a development process focuses on scalability, efficiency, and sustainability, ensuring that cell meets the highest standards for aerospace and high-performance applications.

1. Advanced Materials & Precision Engineering

We utilise high-strength alloys, advanced thermal composites, and precision-machined components to optimise the Generator Cell's durability and efficiency. Each cell is designed to withstand extreme operational conditions while maintaining minimal energy losses and long-term reliability.

2. Scalable Manufacturing & Future Production

Our modular approach to design enables scalable production, allowing for seamless adaptation to various industries, from aviation to renewable energy storage.

• Optimised assembly processes for efficiency and cost-effectiveness
• Customisable configurations to meet specific application needs
• Sustainable production methods to reduce environmental impact

3. Stay Updated on Our Progress

Development is ongoing, with continuous prototyping, testing, and optimisation of our energy storage technology. Stay informed on the latest advancements by visiting our:

• News & Updates page for the latest news on breakthroughs and developments
• Videos & Image Gallery for exclusive behind-the-scenes footage, prototype demonstrations, and production insights

We remain committed to developing next-generation energy solutions for future electric propulsion and high-efficiency power systems.

1. Aviation & Aerospace

The Generator Cell is designed for extend flight endurance, increase altitude capability, and improve energy efficiency for next-generation electric aircraft. By overcoming the limitations of conventional batteries, it enables:

• Longer range & flight duration for eVTOLs and electric aircraft
• Consistent high-power output in extreme altitudes and temperatures
• Scalable energy storage for hybrid and fully electric propulsion systems

2. High-Performance & Industrial Applications

Beyond aviation, the Generator Cell is ideal for energy-intensive industries that require instantaneous power delivery and sustained efficiency, including:

• Automotive & EVs: Faster charging and higher efficiency for electric vehicles
• Renewable Energy Storage: Efficient storage and release of solar and wind energy
• Defence & Space Technologies: Reliable, high-density energy for extreme environments

3. Licensing & Commercialisation

As demand for high-efficiency energy solutions grows, the Generator Cell presents a significant market opportunity for industries seeking to integrate cutting-edge energy storage into their products. Companies can:

• License our technology to accelerate their own development
• Partner with us to explore new applications and technology solutions
• Leverage our expertise in kinetic-thermal energy systems for custom solutions

To explore collaboration opportunities visit:

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WOLVERHAMPTON
UNITED KINGDOM