Concentrating Solar Power Utility Inc

Transformational Technology

Metal Hydride Based Thermochemical Energy Storage

Using a New Class of Materials
"Material Modification and New Material Synthesis"

Low in Cost and Able to Operate at High Temperatures

A Paradigm Shift, for a Greener Future

More Energy Efficient and Safer

Two Sizes
Small: Hydride Battery for Transportation
Big: Hydride Battery for Renewable Energy and Industry

Audio Deck

An Epochal Shift in High Energy Density and Efficiency

Concentrating Solar Power Utility Inc (CSPU) has developed a highly-engineered Metal Hydride Battery which is an improved, new way of storing electricity in the form of heat. This enables renewable energy systems to generate electricity 24 hours a day.

Electricity will be turned into heat and stored at Temp 800 degrees Celsius. This heat energy will be stored inside the CSPU Hydride Battery. When power is needed, the CSPU Hydride Battery powers a Stirling Heat Engine - that creates electricity.

Super High-Performance, Safe, and Reliable Energy Storage Solutions

CSPU Is in the business of building, a game changing, superior, new economical and more efficient energy storage system. Which is pacifically designed to be used with renewable energy power plants.

Storing Electrical Energy and Harvesting it Back Out on Demand

Exploiting Chemical Bonds to Efficiently Store Energy

Maximising the Output of the Thermochemical Reactor Battery

Helping to Solve the World’s Energy Storage Challenges

Cost-Competitive, Sustainable, and Reliable Power

Metal Hydride Batteries have many exceptional favourable properties, such as reversibility, and a high extractable gravimetric energy density.

Energy storage is a key component of all decarbonization scenarios.

Innovative Storage for Clean Renewable Energy - Fights Climate Change

The CSPU Thermal Battery will change the world. It will be the first thermal energy storage based on thermochemical reactions of metal hydrides.

Metal hydrides have a distinct advantage due to the significant amount of research which has been conducted on the cycle stability of hydrogen storage materials. The most abundant element in the world is hydrogen. Hydride Battery is working on developing a new type of battery or energy storage technology focusing on the markets for large-scale energy storage, Long-Duration Energy Storage.

Overcoming the Limitations of Conventional Battery Technology

The CSPU Metal Hydride Battery offers "a very high thermal capacity (approximately 15-20 times that of current systems)" - U.S. Department of Energy

Bond Energy Storage - Dependent on reaction temperature and enthalpy.

Thermal energy is transformed into chemical energy. Thermochemical energy, offers a higher amount of energy stored per mass of storage material. The special feature of metal hydrides as reversible heat storage systems is that upon their thermal dissociation the liberated hydrogen is simultaneously a fuel with the highest known gravimetric energy density. Thermochemical heat storage systems can provide very high energy densities and economic systems.

TCES is defined as the storage of heat energy through the cycling of matter through two or more thermodynamic states.

Thermochemical energy storage (TCES) is considered the third fundamental method of heat storage, along with sensible and latent heat storage. TCES concepts use reversible reactions to store energy in chemical bonds. During discharge, heat is recovered through the reversal reaction. This heat is used to power a generator.

Low-Cost, High-Temperature, High Energy Density Thermal Energy Storage Systems

"Metal Hydride Batteries creates a low-cost thermal energy storage system that can store 10 times more energy than current state-of-the-art thermal energy storage systems." - Advanced Research Projects Agency - Energy U.S. Department of Energy

Converting Heat to Power

Gigawatt by the hour thermal storage system - Hydride Battery process heat storage. Running the full load of a Power Plant for 24 hours.

There is tremendous potential of exploiting chemical bonds to efficiently store energy.

The Hydride Battery converts electricity into heat energy, stores it and then converts it back into usable electricity at a later time, chemical-mechanical batteries, utility-scale storage.

High-efficiency Metal hydrides are distinctive owing to the presence of the lightest element of the periodic table (H), being bonded to a metal.

Metal Hydrides high temperature thermal heat storage technique has great promising future.

The Hydride Battery is a heat battery that stores heat energy in a reversible chemical reaction, using a new class of high efficiency materials, discovered in 1985.

The Metal Hydride materials have a combination of thermodynamic energy storage densities and kinetic power capabilities that previously have not been demonstrated. "Thermochemical energy storage based on Metal Hydrides represents many unique advantages and offers a very appealing prospect for lower costs and higher efficiency" - DOE.

Green Energy Economy

Advanced energy storage provides an integrated solution to some of America’s most critical energy needs: electric grid modernization, reliability, and resilience; sustainable mobility; flexibility for a diverse and secure, all-of-the-above electricity generation portfolio; and enhanced economic competitiveness for remote communities and targeted micro-grid solutions.

Storage technologies strengthen and stabilize the U.S. grid by providing backup power, leveling loads, and offering a range of other energy management services. Electric vehicles (EVs) are also poised to become an integral part of this new grid paradigm as their batteries both draw power from and supply it back to the grid (when beneficial) – while eliminating tailpipe emissions. - Office of Technology Transitions U.S. Department of Energy

Thermal Battery
A Thermochemical Solution

The company’s mission is to revolutionize energy storage to enable a sustainable future. The SCALABLE Hydride Battery helps in the fight against climate change and will have a substantial positive impact on our environment and economy. Fossil fuels - coal, oil, and gas - will not last forever.

Concentrating Solar Power Utility, Inc. (CSPU) is leading the way in the development of Advanced Energy Storage, High-Performance Proprietary Metal Hydride Batteries.

Critical Need: Electricity generation accounts for 25% of all the greenhouse gases emitted worldwide each year. "Absent battery storage, the whole value proposition of intermittent renewable energy makes no sense at all" - MIT

Implementing Energy Storage for Peak-Load Shifting

Working to help build and energize the future, the Hydride Battery technology will provide a much-needed advancement in a market estimated to be $40 billion by 2025. Metal Hydride Based Thermochemical Batteries offer an enormous billion-dollar global market, Electric Power Plants, Solar/Wind Power. Energy storage will be instrumental in the mass scale implementation of renewables, Grid Storage. The Hydride Battery will enable the next wave of renewables on the Grid.

Concentrating Solar Power Utility Inc Hydride Battery technology will provide a much-needed advancement in a market estimated to be $40 billion by 2025. Metal Hydride Based Thermochemical Batteries offer an enormous billion-dollar global market, Electric Power Plants, Solar/Wind Power.

The Thermal Battery Stores Excess Baseload Energy

The real future opportunities for investment in the energy sector are renewables. Most utility-scale renewable energy power plants only run at about 25% of their capacity because they can't generate power at night-thermal energy storage makes it possible to increase this capacity to up to 60-75%. Similarly, power plants produce a constant output of power--thermal energy storage could help increase this output during times of critical peak demand. Therefore saving utility companies billions of dollars.

The demand for renewable energy generation continues to increase as more and more cities commit to carbon reduction goals.

In this growing green economy, Electrical Energy Storage Systems are a growth area for capital investments.

The stationary energy storage market is projected to grow from $9.1 billion (15.2 Gwh) in 2019 to $111.8 billion (222.7 Gwh) by 2035. BloombergNEF forecasts that the worldwide energy storage market could attract nearly $1 trillion in investments over the next three decades. The time is now to invest in energy storage.

Potential Impact
Advanced Research Projects Agency
Energy U.S. Department of Energy

Security: Cost-effective thermal energy storage would enable increased use of domestic energy resources like solar and nuclear—strengthening the nation's energy security.

Environment: Cost-effective thermal energy power generation could help decrease fossil fuel-based electricity use and harmful emissions from coal-burning power plants.

Economy: Thermal energy storage systems could make it less expensive to generate power from nuclear and renewable solar energy, which in turn could help stabilize electricity rates for consumers.

Last year, 1,464 MW/3,487 MWh of new storage came online in the U.S., marking a 179% increase over 2019 in MW terms — and experts project that the market will continue to quickly expand. In a November analysis, BloombergNEF concluded that energy storage deployments across the globe will reach 358 GW/1,028 GWh by the end of the decade, with the U.S. and China representing more than half of that growth. Storage paired with renewable resources, like solar, are becoming particularly popular, the report found.

Energize the Future

Management Team

Intellectual Property: 3 Related U.S. Patents - 1 Patent Pending

Why It's Good Time To Invest In Renewable Energy

Thermal Battery Energy Storage is a Game Changing Technology

Investing in Innovation


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