All renewable energy have a problem. The current most cost-effective solutions, such as solar and wind, are not guaranteed to produce energy when demand is high. This then requires energy storage solutions such as large-scale batteries.
Solar Power is great in most countries but is dependent upon the use of vast swathes of land and works only during daylight. Because of the shading beneath the solar panels, the land used for solar farms become unfit for animal habitat or cultivation and invariably becomes sterile. The solar panels also produce the most energy during a relatively short period of time, with peak production occurring between 10 a.m. and 3 p.m. at most.
This unique system directs the light onto solar cells and causes the trapped light to bounce around inside a specialised pipe until the light is absorbed. As a result, the invention reduces the amount of land used, produces more power for longer, and does so at a lower cost. The benefits are listed herein, including the massive reduction in cost of production and overall land use. The benefits of reduced land usealone are massive for the globe.
It is logical that as the earth gets hotter, we will need more cooling. Cooling costs energy, and fossil fuel-based cooling releases more CO2, which in turn increases global warming, which in turn requires more cooling and more fossil fuel. The result is a catastrophe. Cooling of all types, from domestic to business to industrial, is responsible for almost 10% of all CO2 emissions.
The principle of this tech is very simple. Energy cannot be created or destroyed; it can only be changed in form. At present ALL cooling systems simply act as transfer systems, taking hot air out and replacing with cooler air. In essence the heat is rejected. What if we could convert this heat into power and change the heat into electricity. Our invention concentrates low grade heat and uses it to create significant pressure via CO2 insidea closed loop sublimation and condensation system coupled to a turbine. This allows the heat to be used and converted to electricity. Not only is the cooling zero emission (using no fossil fuels) but it actually generates a surplus amount of electricity 24/7. The greater the amount of cooling required, the greater the overall electricity conversion, so,the system is fully scalable. Moreover, the system can be retrofitted to existing air-conditioning systems.We truly are developing a World First.
The current energy crisis, marked by record-high energy prices and supply disruptions, has created significant economic uncertainty, hindering the transition to electric vehicles (EVs).
Rising inflation, soaring energy bills, and reduced grid resilience have made it challenging for drivers to adopt cleaner vehicles. This situation underscores the need for sustainable, decentralised EV charging infrastructure that reduces dependence on the grid, mitigates economic strain, and supports the transition to renewable energy solutions.
SEEPBAS (Solar Electromagnetic Energy Power and Battery System) leverages the energy potential of liquid nitrogen to generate electricity through a continuous phase-change process.
As liquid nitrogen heats and pressurises, it drives a turbine, generating power. The system is designed for standalone operation, storing pressurised nitrogen in underground tanks for on-demand energy release.
Its compact design, low operating costs, and ability to function independently of the grid make it ideal for remote EV charging stations. With minimal moving parts, SEEPBAS offers a sustainable, reliable, and cost-effective solution for decentralised energy needs, supporting widespread EV adoption.
