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Technologies

Technology for the World.

Three technologies that work together: advanced sodium-ion energy storage, atmospheric water generation and solar. With them, a site can store its own power and make its own drinking water.

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Side of a white Tynergy 1 MWh sodium-ion storage container
Inside a Tynergy storage container: inverter cabinets and racks of sodium-ion battery packs

01 Energy storage

Sodium‑ion energy storage

One sodium-ion chemistry, from a single battery module to a 1 MWh, 40-ft container. Non-flammable, built for decades of service, and at home from arctic cold to desert heat.

Year asset life
30+
Thermal runaway
Zero
Operating range
−40 °C to 70 °C
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The EW-4 atmospheric water generator with the Tynergy logo

02 Water

Atmospheric water generation

Tynergy atmospheric water generators extract safe drinking water from the water vapour in the air. Four units, from a plug-in dispenser to commercial scale, run on the grid or off it with Tynergy storage and solar.

A day from the EW-1, for homes and offices
26 litres (7 gallons)
A day from the EW-4, at commercial scale
5,300 litres (1,400 gallons)
Plastic bottles no longer needed, over a unit’s lifetime
290,000+

Daily output at 26 °C (80 °F) and 60% relative humidity.

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The Tynergy 650 W solar panel, front
The same panel, back, with its junction box and cables

03 Solar

Solar

Monocrystalline solar panels from 650 W to 670 W. Paired with Tynergy storage, they form off-grid systems for remote sites and water units.

Rated power, 650 W model
650 W
Positive power tolerance
0 to +5 W
Maximum efficiency
21.6%
21.6% for the 670 W model

STC: irradiance 1,000 W/m², cell temperature 25 °C, air mass AM1.5. Measuring tolerance ±3%.

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The chemistry

Why sodium‑ion

Sodium-ion battery storage offers a safer, non‑toxic and environmentally friendly alternative to lithium-ion batteries, with superior efficiency, ultra-fast charging, a broad temperature range and modular scalability. It suits applications such as storage for sustainable energy and EV charging infrastructure.

  • No thermal runaway or fire risk

    Safer, non-toxic and recyclable energy storage that reduces environmental impact.

  • Long duration energy storage (LDES)

    Versatile, scalable and resilient storage that adapts to grid demands and reduces grid vulnerability.

  • Ultra-fast charging and discharging

    Rapid, cost-efficient energy cycles for the high demands of modern applications.

  • Built for high‑duty loads

    Long cycle life, high 3C to 5C throughput, full depth of discharge and high round-trip efficiency suit continuous, high-duty compute and industrial loads.

    Source: Tynergy news,

Market

The market is moving to sodium-ion

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