HYDROELECTRIC CORPORATION A RENEWABLE ENERGY COMPANY

The technical breakthrough for making a hydroelectric power plant economically feasible is UTILIZATION OF PRESSURE 1200 METERS BELOW THE SEA SURFACE

Our solution is based on two francis turbines consuming 131 million liter of water each hour With a height of 400 meters the ELECTRICITY output would be in the range of 130-140 mw per hour, WHICH EQUAL TO ABT 1226 GWH ON an ANNUAL BASIS, WHERE THE POWER PLANT IS OPERATED 24 HRS A DAY

THE OFFSHORE POWER PLANT USES NO MORE THAN 478 GWh ON ANNUAL BASIS to operate, WHERE THE TURBINES ARE SUPPLIED WITH 131 MILL. OF WATER 24 HOURS A DAY To be able to keep the electricity cost at this level, it will be required to establish a artificial lake below the seabed, similar to the ones that are drilled in the oil & gas business

THE 3.4 GWh electricity produced on a daily basis will immediately be transported to the onshore market, either through a existing subsea cable or a wind farm hub manpower required to operate the onshore control center is no more than four persons on a 24 hours shift. This again result in low operational costs and CLOSE TO ZERO HSE risk

the global market is screaming for renewable energy AND BY REPLACING POWERPLANTS BASED ON COAL, THE ANNUAL POLLUTION CUTS WOULD BE CLOSE TO 4 BILLION TON’s OF CO2 Production of 1 GWh FROM A coal POWERPLANT gives us the following CO2 POLLUTION = 1000 MW * 0.8 * 8863 * 211.9 * 3.97347 * 10^-9 = 5.97 million ton