| 摘要 |
Solar mirror, or two connected mirrors adding up to a parabolic curve, to receive a round or rectangle focus on top, which will be reflected downwards by a smaller mirror with the same but a bit straitened parabolic curve, to develop below and behind the mirrors in the second focus high temperatures between 250°C and 1600°C, to melt metals -in factories- or to melt sand -producing desert roads, trenches, water channels walls- or salt -to produce building stones- and/or to receive Hydrogen -from water- and Carbon Monoxide -from Carbon Dioxide- to produce renewable Solar Methanol as a substitute for Fuel. The said collector produces by the way additional thermal energy from the mirror surface through water pipes -or rubber tubes-, integrated in the mirrors or placed behind them to strengthen them and thermal energy from cooling the 1st focus mirror by being welded to water pipes behind it -which is thermally isolated from the air by a vacuumed glass tube and sealed off with rubber pressure sealing rings-, which absorbs its heat not allowing the heat to exceed 99°C to be able to transport the water by rubber/plastic pipes, to store the hot water in a tank/pool/pond/lake as an heat source specially for the night, to be able to produce electricity with different Anergy circuits of the cooling method even at night throughout the day and year, saving the Anergy circuits cooling power in additional cold water tanks/ponds/lakes to cool down the first focus at day time, closing the water circuit. - The hot water tank/pool/pond/lakes has to be covered to prevent the hot water from evaporation and is thermally isolated by a tent which is used additionally as solar heat collector. The shadowed spaces bellow the tents can be used in different application or the tents can be placed at a foot of a south-directed mountain. - Solar heat Methanol is preferably placed and produced in secured melted sand trenches covered with rubber tubes/hoses carpets covered with aluminum foil to be used as collecting mirror. |
