Eco-friendly, High-efficiency Thermoelectric semiconductors

 V-ET

V-ET.

Eco-Friendly High-Efficiency Thermoelectric Semiconductor Technology
Environmentally friendly thermoelectric devices that do not emit pollutants
V-ET
V-memory Eco Thermoelectric

The world’s most efficient eco-friendly energy thermoelectric device.

V-ETs capable of solving environmental and economic problems with

the next generation of eco-friendly engines.

V-ET

Characteristics of thermoelectric elements

Reduce ‘Carbon emission’ Eco-Friendly Device
Power generation
Automotive waste heat recovery power generation

Industrial waste heat recovery power generation

Natural heat generation (geothermal, seawater, etc.)

Body heat generation

 

Renewable energy >>> Carbon Reduction

Solid-State Cooling & Heating
Vehicle Air Conditioning System

Battery temperature control

Heating/Cooling system

Small refrigerators

Compact air conditioner

 

Environmental Pollutants X >>> Carbon Reduction

Renewable Energy

Pollution-free electric energy production

Extraction of electrical energy from heat sources

Structure

Production cost reduction through system simplification

Durability

Long system life à Maintenance cost saving

Eco-friendly

Resolution of environmental and economic problems such as pollution, fossil fuel depletion

V-ET

Market Size

“ The global thermoelectric market is expected to grow by 61% ”
Global Thermoelectric market size trend
Market creation scale according to zT (Performance Index)
Currently, the market for thermoelectric cooling is about 2 Billion $ including wine cellars, cosmetic refrigerators, and small refrigerators.

f the average zT level of 1.4~1.5 is secured, the market can be expanded to automobile cooling, heating, and air conditioning systems, expected to 24 Billion $.

V-ET

Thermoelectric

V-ET

Technique

The V-ET, a thermoelectric device developed by V-memory corporation, is an electrical device called V-ET.
It has the world’s best module performance due to its performance that is 20 to 30% higher than current thermoelectric devices.

Improved performance over traditional thermoelectric modules

%

World best efficiency

 

30% higher efficiency than conventional thermoelectric materials

%

Thermoelectric module with low power consumption
50% reduction of power consumption

%

Thermoelectric module with the fast cooling speed
50% faster cooling speed compared to existing thermoelectric module (zT 1.0) refrigerators

V-ET

device performance

Estimated domestic consumption
  • LG Electronics 1million / Year
  • Hyundai Motor Company 1million / Year
  • Samsung Electronics 1million / Year
  • Other various application products 10million /Year
Estimated overseas consumption
  • German automobile: VW, BMW, Mercedes-Benz 3million/Year
  • American automobile: Volvo, GM, Toyota 3million/Year
  • Electronic parts: Haier, GE, Xiaomi, Carrier et al. 10million/Year

V-ET

Growth Strategy

– Platform business: Technology fee revenue is earned by applying for patents and upgrading devices to provide technologies related to thermoelectric device creation.

– Mass production construction: expansion of process lines and direct production to mass production and delivery

– Development of various applications: small appliances, air conditioning, energy harvesting, wearable devices, etc.

– Product development with V-ET