Let us start it 
5 times at −60°C

Start the engine with the starter
in all operating conditions

Compensating of
peak loads up
to 30 MW

High maneuverability of consumption
with decreased capital investments

Increasing fuel
economy up to 10%

The start/stop system and hybrid
vehicle braking energy recuperation

Guaranteed start
with the starter

Buffer supercapacitor ensures up
to 40% fuel economy for a diesel locomotive

Non-stop
solar powered flight
around-the-world

TEEMP supercapacitors are used in the creation of aviation of the future
Albatross project

TEEMP supercapacitors

TEEMP has developed the original design of a flat unit cell in a laminated body, which can be used in chemical current sources with organic electrolytes: supercapacitors, lithium-ion batteries, metal-air current sources.

The supercapacitor cell, also known as the molecular energy storage (MES), uses acetonitrile as electrolyte, where ionic salts are dissolved, which ensures an operating voltage of up to 3V per cell.

Supercapacitor features

High power

Ability to quickly give up and store energy

Resistance to harsh environmental factors

Service life

Operational reliability

Environmental friendliness

High power

Ability to quickly give up and store energy

Resistance to harsh environmental factors

Service life

Operational reliability

Environmental friendliness

Productions

News

Our partners

Oerlikon
National University of Science and Technology MISIS
Hevel solar
The United Shipbuilding Corporation
Oerlikon
National University of Science and Technology MISIS
Hevel solar
The United Shipbuilding Corporation
Sulzer
Skolkovo Innovation Centre
Bauman Moscow State Technical University
Joint Institute for High Temperatures of the Russian Academy of Sciences
Sulzer
Skolkovo Innovation Centre
Bauman Moscow State Technical University
Joint Institute for High Temperatures of the Russian Academy of Sciences