Category: Blog
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Comparison of Eiselstein Energy Converter and Geothermal Power Plant
Geothermal power plants convert the heat from the Earth’s core into electricity by drawing hot water or steam from underground reservoirs into a turbine-generator system. The Eiselstein Energy Converter also uses water to generate electricity, but it does it more efficiently by using the weight of the water instead of flow and by using linear…
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Comparison of Eiselstein Energy Converter and Nuclear Power Plant
Nuclear power plants convert the energy of radioactive elements into electricity by nuclear fission; a series of chain reactions from nuclear fission produces high-pressure steam which drives a turbine-generator system and is similar in principle with conventional thermal power plants. The Eiselstein Energy Converter uses water to generate electricity, but it does it more efficiently…
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Comparison of Eiselstein Energy Converter and Conventional Hydroelectric Power Plant
The conventional hydroelectric power plants convert the energy of water into electricity by directing the flow of water from great heights into a turbine; this means that an efficient energy conversion could be realized with high head and consistent flow. The Eiselstein Energy Converter also uses water to generate electricity, but it does it more…
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Hydro Leader Magazine featured Replenish Waterpower
Read more “Volume 6 Issue 1 January” from Hydro Leader Magazine:
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Optimizing Computational Fluid Dynamics with Ansys Fluent: A Brief Discussion of Our Simulation Process
At our company, we leveraged the powerful capabilities of Ansys Fluent to enhance engineering simulations, particularly in understanding how water interacts with various components in our systems. By simulating fluid dynamics, we closely analyzed how water flows into pipes and tanks, behaves during tank descent, discharges from tanks, and the timing of these processes. Additionally,…