Sand Battery for Home and Commercial Thermal Storage Simple Low Cost

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For Data Centers Gas Turbine Waste Heat to Power Owners of Cat Solar Gas Turbine Generators and the new Boom Aero Derivative Gas Turbines Generators: Take your waste heat and make additional Combined Cycle power or generate cooling for your data center... More Info

IT250 Supercritical CO2 Gas Turbine Generator Silent Prime Power $999,000 250 kW (natural gas, solar thermal, thermal battery heat) ... More Info

IT1000 Supercritical CO2 Gas Turbine Generator Silent Prime Power $3M 1 MW (natural gas, solar thermal, thermal battery heat) ... More Info

IT50MW Supercritical CO2 Gas Turbine Generator Silent Prime Power $50M (natural gas, solar thermal, thermal battery heat) ... More Info

Data Center Consulting Prime power and energy consulting for AI and data centers... More Info

Quantum Super Turbine... Developing in 2026: High efficiency topping cycle turbine generator with bottoming cycle cooling, specifically designed for Data Centers with back-end combined cycle modules for cooling, hydraulic, or heat pump capabilities... More Info

Sand Battery Results as of 17 January 2024 Sand Battery. Using a solar vacuum tube filled with: Sand: Max temperature without mirror reflectors: 300 F (149 C) 5pm: 148 F (64 C) Next Morning: 84 F (29 C) Paraffin: Max temperature without mirror reflectors: 250 F (121 C) 5pm: 140 F (60 C) Next Morning: 95 F (35 C) This test was conducted over a year and sand thermal storage would get hotter, but release heat faster. Paraffin wax was slower to heat up, but slower to release heat. Ultimately a hybrid of the two is the best solution. Sand Battery Publications

Revenue Opportunities If you are able to harvest solar or waste heat energy into a sand battery, you may be able to realize the following revenue opportunities. IT10 Revenue based on gross sales or grid savings, not including cost of acquiring waste heat flow or pumps. Revenue from IT10 (24 hours x 365 days per year x 10 kWh = 87,600 kWh per year): at $.20 per kWh = $17,520 USD per year at $.40 per kWh = $35,040 USD per year at $.80 per kWh = $70,080 USD per year IT50 Revenue based on gross sales or savings, not including cost of acquiring waste heat flow or pumps. Revenue from IT50 (24 hours x 365 days per year x 50 kWh = 438,000 kWh per year): at $.20 per kWh = $87,600 USD per year at $.50 per kWh = $219,000 USD per year at $1.00 per kWh = $438,000 USD per year IT250 Revenue based on gross sales or savings, not including cost of acquiring waste heat flow or pumps. Revenue from IT250 (24 hours x 365 days per year x 250 kWh = 2,190,000 kWh per year): at $.20 per kWh = $438,000 USD per year at $.40 per kWh = $876,000 USD per year at $.80 per kWh = $1,752,000 USD per year IT1000 (1 MW) Revenue based on gross sales or savings, not including cost of acquiring waste heat flow or pumps. Revenue from IT250 (24 hours x 365 days per year x 1000 kWh = 8,760,000 kWh per year): at $.20 per kWh = $1,752,000 USD per year at $.40 per kWh = $3,504,000 USD per year at $.80 per kWh = $7,008,000 USD per year