Mountain reservoir
Renewable Innovation

The Future of Energy Storage: Pumped Hydro

Industrial-scale gravity storage engineered for a zero-carbon grid. We harness the kinetic potential of water to stabilize global energy networks.

Built for Global Stability

Our systems provide the physical inertia and storage capacity required to transition from fossil fuels to intermittent renewables.

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Unmatched Efficiency

Achieving over 90% round-trip efficiency through advanced turbine engineering and frictionless flow dynamics.

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True Sustainability

Zero-chemical degradation. Unlike lithium-ion, our water-based storage offers a circular lifecycle of over half a century.

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Grid Stability

Providing vital ancillary services including frequency regulation and black-start capabilities for national grids.

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1. Charge Cycle

Excess solar or wind energy powers pumps to move water from a lower reservoir to an elevated upper reservoir.

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2. Potential Energy

The water is stored as potential gravitational energy, ready to be dispatched the moment the grid requires it.

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3. Discharge Cycle

Gravity pulls water down through high-efficiency turbines, generating electricity during peak demand hours.

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Ready to Power the Next Generation?

Join us in engineering the infrastructure that will define the renewable era. Partner with Origo Power for grid-scale storage solutions.

Kinetic Storage Technology

Engineering the Grid's Gravity Battery.

Pumped Storage Hydroelectric (PSH) is the most mature and large-scale energy storage technology available today, providing the essential stability required for a renewable-first grid.

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90%

Round-Trip Efficiency

The Reversible Cycle

Our advanced turbine systems operate in dual modes, seamlessly switching between power generation and energy storage.

Power Generation

High Demand / Low Renewables

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  • 01

    Potential Release: Water is released from the upper reservoir through high-pressure penstocks.

  • 02

    Kinetic Conversion: Falling water spins the Francis-style reversible turbines at high velocity.

  • 03

    Grid Dispatch: Electromagnetic induction converts motion to electricity, feeding the regional grid.

Energy Storage

Low Demand / Excess Wind & Solar

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  • 01

    Surplus Intake: Excess energy from solar and wind farms is diverted to the plant.

  • 02

    Reverse Pumping: The generator acts as a motor, driving the turbine backwards.

  • 03

    Potential Storage: Water is lifted back to the upper reservoir, storing energy for future use.

Sustainability Performance

We measure our success by the carbon we offset and the ecosystems we protect.

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Chemical Waste

2M+

Tons CO2 Offset/Year

100%

Water Recycled

No

Rare Earth Minerals

Ready to stabilize your region's energy future?

Track Record Técnico

Experiencia comprobada en almacenamiento hidroeléctrico.

Proyectos de referencia desarrollados por el equipo técnico de ORIGO en centrales hidroeléctricas reversibles a escala industrial.

CHR El Páramo
Anteproyecto · España

CHR El Páramo

Central Hidroeléctrica Reversible · Ciclo cerrado · Atalaya Generación S.L.

Potencia606 MW
Almacenamiento6,54 GWh
water_drop
Anteproyecto · España

CHR Torga

Central Hidroeléctrica Reversible. Planta y perfil longitudinal completo.

Potencia1.580 MW
PromotorAtalaya Generación
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Anteproyecto · España

CHR Xistral

Localización y diseño de obra civil para central reversible en ciclo cerrado.

Potencia936 MW
PromotorAtalaya Generación
Concesión solicitada · España

Raimats + Gironès PHES

Dos centrales reversibles simultáneas desde el embalse de Ribarroja, Río Ebro. Solicitud de concesión para 900 m³/s combinados.

Raimats1.350 MW
Gironès1.490 MW
2.840 MW total
Raimats PHES
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Estudio · España

Portafolio CHR España

17 localizaciones evaluadas en cuencas del Tajo y Ebro. Metodología propia de selección de emplazamientos.

Almacenamiento total300 GWh
Localizaciones17 sitios

Ready to Stabilize the Grid?

Our engineering team is ready to discuss partnership opportunities for high-capacity energy storage solutions worldwide.

Consultation

Powering Global
Partnerships.

Connect with our engineering experts to discuss pumped storage integration, sustainable energy infrastructure, and industrial-scale power solutions.

Business Inquiry