Electrical Power Production

UBTSC Pty Ltd

Liquid Flow Traffic Management Systems

Electrical Power Production

Using our patented techniques we are able to generate electrical power a number of different ways.

For the very small isolated communities that are far from power grids we can utilise the X and Y block engines that use their primary output power to generate power directly.

However by connecting this primary power output to a single water pump we can increase the output significantly.

We do this by directing this high pressure water flow to another Z drive unit that is then connected to a generator.

By doing this we gain mechanical leverage and therefore torque that is applied to and for power generation.

This can be repeated a number of times, each time gaining a mechanical torque advantage.

For larger communities and towns we utilise Matter Propulsion techniques.

We construct a circular fully sealed circuit of water that has no obstruction to the water flow within the pipe. We bring this circuit of water up to speed and only then do we introduce the vanes from the rotary generator for power production.

We use this in our public transport system to reduce water flow speed and generate power.

Again we have the water speed generated by a comparatively small power source and once speed has been reached we have a liquid flywheel. This can give power as and when required as the momentum of the circulating water generates power. Below a given speed the rotary generator vanes are retracted and the water is returned to full speed whilst another circuit is used.

By having the circuit of water fully enclosed in a high pressure system it can be used to provide electrical power by installing the rotary generators directly into the main flow providing energy on demand. This works on the principle that we do not draw off all the kinetic energy in one go.

Furthermore rather than having a single large installation we would construct smaller ones that provide power to a district. As districts are interconnected should a single unit have to be shut down for any reason, the surrounding districts supply the power to its neighbour by merely transferring output.

Currently with carbon fuelled power stations that take many years to construct, apart from their emissions, as much as 20% of generated electrical power is lost in transferring that power via high voltage unsightly power grids to the city hundreds of kilometres away.

Our power generation looses very little electrical energy as it is generated in the city or town practically on your doorstep with zero pollution. It can be installed at any scale or size in the centre of a city.

It’s our business to provide zero polluting clean environmentally friendly power to you no matter where you live.