Fetu Limited

According to the International Energy Agency, around four percent of the world electricity supply comes from solar electric cells. **Solar energy is abundantly available in South Asia and in Sub Saharan Africa that is not harnessed** nowhere near its full potential. The conventional technologies that harness solar energy are solar thermal and solar electr...

The transition to zero emission technologies is challenging for all heavy vehicles - but particularly for specialist fire appliances due to the demanding drive cycles and power demands associated with continuous pumping. Whilst innovation is taking place to develop zero emission heavy vehicles and increase their power outputs, there has not been a similar...

The decarbonisation of housing stock is essential to meet the net zero targets. With further emphasis for new technology by the phase out of gas boilers for all new build houses in 2025\. Currently there is not a solution that fits all with barriers around alternative heating and cooling technologies. Including cost, the ability to retrofit, noise and per...

The heating, ventilation and air-conditioning (HVAC) systems are an energy intensive and present a challenge to all vehicles. This is exacerbated when power electronics and motors form a key part of the propulsion system such as in EV's. The HVAC system typically consumes between 20% - 40% of an EV's range depending on the HVAC system efficiency which can...

Electric and Hybrid drivetrains require numerous electric pumps, as they are used to circulate media particularly coolant and refrigerant within the thermal management system. This is one of the largest parasitic power consumers in the EV drivetrain. This 12-month feasibility study, in collaboration with AVID Technology, will test the viability of the FeT...

FeTu Limited are the creators, IP owners and developers of the FeTu 'Roticulating' system. The FeTu principle consists of an entirely novel & disruptive four chamber '2 moving part' mechanical device capable of low-loss energy conversion between volumetric and rotational energy sources. Such purports to a lightweight, compact, resilient, power dense, unit...