Renewable
power charges it
Your solar, or the grid,
powers the system up.
THE TECHNOLOGY
It is not a lithium battery. So it does not fail like one.
CeyCell is built around thermo-chemical energy storage. Instead of storing energy as chemical charge in lithium-ion cells, the system holds it as heat.
♨HEAT
Electricity in. Held as heat, not lithium.
Electricity out — and round again,
6,000 cycles. That is the cycle built to
stay on forever.
Renewable
It heats a
coil in the gel
That electricity heats a coil
inside a patented chemical gel.
The gel stores
the heat
The gel holds that heat for
a long time, ready to use.
Heat becomes
electricity
When you need power, the stored
heat becomes electricity again.
The difference
How thermo-
How thermo-
chemical storage
differs from lithium
This comparison is straight from the catalogue. It puts the two side by side, plainly,
without running lithium down.
| Feature | CeyCell | Lithium-ion |
|---|---|---|
| Energy storage | Stores energy as heat in a patented chemical gel (thermo-chemical). | Stores energy as chemical charge in electrochemical cells. |
| Discharge duration | Long duration — up to 20 hours of power continuously. | Short duration — typically 1 to 4 hours. |
| Safety | Non-flammable, non-explosive, and heat stable. | Flammable, with a risk of thermal runaway and fire. |
| Lifespan | Extremely long cycle life, with minimal degradation. | Limited cycle life; performance degrades over time. |
| Environmental impact | Eco-friendly materials, non-toxic, and fully recyclable. | Uses critical minerals, chemical electrolytes, and toxic materials. |
| Maintenance | Low maintenance; robust and durable design. | Requires active management and temperature control. |
| Operating conditions | Performs across a wide temperature range with high reliability. | Performance is affected by high and low temperatures. |
| Total cost of ownership | Lower — long life, safety, and low maintenance. | Higher — replacement, management, and safety systems. |
Source: original CeyCell manufacturer comparison. Generalisations about competing technologies, environmental impact and total cost are manufacturer claims, not independent comparative test results. Actual performance depends on configuration, installation and operating conditions.
PROOF, NOT JUST CLAIMS
Tested, not just claimed
According to CeyCell’s supplied product catalogue, independent testing by the University of Moratuwa and reference to IEC 61427-1:2013 support the described technical validation. Certification scope and current compliance should be confirmed before external publication.
University of Moratuwa
Independent technical testing referenced in the catalogue
IEC 61427-1:2013
Compliance statement as presented in the supplied catalogue
THE DIFFERENCE01 02 03
What this means for you
No cells, no lithium-fire risk
CeyCell is presented as thermo-chemical storage. Product safety still depends on installation and the complete electrical system.
Enough for the whole evening
The catalogue publishes up to 20 hours of operating duration under specified conditions. A site assessment determines the actual running time.
Built to run for years
The catalogue describes passive cooling and a 6,000-cycle design at 90% depth of discharge; warranty and performance terms apply.
THE HARDWARE
Enclosed construction
Hybrid control
Passive cooling
Clean connections
The engineering you can see
Enclosed constructionA real look at the original cabinet body.
Hybrid controlElectrical integration for the site design.
Passive coolingDetail of the actual product enclosure.
Clean connectionsStationary equipment built for a fixed location.
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