| 摘要 |
The disclosed solar and hydrogen electricity generating unit is an array of components, which when combined together and functioning will produce an output of electrical energy. These components form a system of which the product is greater than is the sum of the individual parts. This system as disclosed in this innovation is a single unit, operating as such. The scale of the unit is determined by need and the demand required. The innovation concept has flexibility of scale and is able to be applied to large scale situations or units in series. The single unit process begins with solar energy impacting on a photovoltaic array (1). The electrical energy moves directly to a deep cycle storage battery (2). Which is in line and parallel to the electrical current inverter (3). The electrical energy is then directed to the hydrogen generating module (4). Electricity being the energy input which generates hydrogen. The hydrogen flows onto the flame heater (5), which is placed underneath the boiler (6). The boiler is filled with liquid of low boiling point chemical (7). Water is then passed through a coil (8) the coil is laid through the low boiling point liquid inside the boiler, thus receiving the heat from the heated liquid, converting the water to steam. This then passes through a non return gas valve (9) into a turbine at (10). The turbine is rotated by pressure of the steam, in turn driving an alternator or generator (11), this then delivers electrical current to required location or into the utility grid. The sequence of the system 1. Solar photovoltaic array. 2. Battery storage. 3. Electrical Current inverter. 4. Hydrogen generator. 5. 6. 7. 8. Steam boiler. 9. Rotating turbine. 10. Alternator/generator. 11. Electrical current output. |
