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WRL Technologies Inc. is enabling electrification and decarbonization by setting new benchmarks for performance of storage technology, delivering the widest operating temperature range, consistent capacity, fastest charging speeds, highest energy density, best safety, lowest cost, longest life and the most environmentally sustainable.

Chemical Batteries (Liquid or Solid-State) Will Not be Good Enough

Performance enhancements of chemical batteries are limited by Science of electro-chemical storage. Their performance degrades in real-world temperature ranges (they only perform adequately in the limited range of 0°C to 35°C*).

Their capacity constantly degrades with use, therefore a used vehicle (or boat or plane) market will never develop. They can never be charged quickly, even 15 minute charge times are harmful and reduces cycle life. They are always oversized to handle high rate-of-discharge (e.g. when an EV is accelerating), so they will always be bulky even with advances in energy density.

Since they contain chemicals, the risk of igniting will never go away. To overcome all these challenges, they will always be expensive. And finally, because of their chemical construct, they degrade with use so their life is always going to be limited and they will most likely always be a net pollutant.

* From publicly available data of readily available batteries in the market.


Solid-State Semimetal Batteries Now Enables Electrification and Decarbonization

Electrification and decarbonization require performance which is beyond the scope of chemical batteries, both solid-state and liquid. There is a need for high charging/discharging speeds, for multiple cycles a day, for operations in very high and very low temperatures, for consistent capacity over life, for low-maintenance and safe operation under these demanding conditions at an affordable cost and at scale.

WRL Technologies solid-state, high energy capacity capacitor-based storage meets these demanding requirements – it is non-chemical, has 1.5x the energy density of existing chemical cells, has 4 – 10x longer life than chemical / solid-state batteries, does not degrade with cycling, is safe, is environmentally sustainable and recyclable, operates in a very wide temperature range, has abundant availability of raw materials and has the lowest cost in the industry.


Semimetal Technology

WRL’s technology consists of high energy density semimetal with a solid-state dielectric and proprietary electronics for monitoring and control.
Functions and features
Technical Data

Setting New Benchmarks

for Energy Storage


Energy Density

10,000 Cycles


<1 min.

0% – 80% SOC

<6 min.

0% – 100% SOC

Flexible (Structural)

Form Factor



-30°C to 80°C

Operating Temperature

No risk

Thermal Runaway

About WRL Technologies Inc.

Founded in 2018, WRL Technologies Inc. has developed solid-state semimetal battery technology. The Company will be delivering production models for deployment in diverse applications.


EV's & Chargers


Fireside chat:
With Mr. Waseem Ashraf Qureshi
CEO of WRL Technologies Inc. – #FTcar

Panel Discussion:
Mr. Waseem Ashraf Qureshi
The rate of progress on
solid-state batteries – #FTcar

Fireside chat:
Mr. Bilal Sheikh
Global technological advancements
in EV Charging Stations – #FTcar