Endless Energy, Anywhere.

Revolutionizing Energy-Production with NEG: A Historic Opportunity 

What is NEG?

No fuel. No maintenance. No environmental dependency. No limits. 

NEG is a nano-scale semiconductor component designed for mass production, similar to how transistors are integrated into modern chips. What sets NEG apart is its revolutionary dual functionality: Energy Generation: Produces electricity without relying on fuel, solar energy, nuclear or temperature gradients. Cooling Power: Simultaneously cools its environment, making it ideal for energy-efficient applications.
1 chip can power a sensor or smartphone.
1,000 chips can generate 1 kW of power and provide 1 kW of cooling for a household.
No fuel. No maintenance. No environmental dependency.

NEG is the first ever electron ratchet, sensitive enough to transform the kinetic energy of electrons into externally usable electric power. 

The Market Approach

NEG's commercialisation will follow a phased strategy, inspired by the success of photovoltaics:

01

Sensor Applications

High-value, low-power markets (1 mW).

02

Consumer Electronics

Power for laptops, smartphones, and small devices.

03

Residential and Industrial Applications

Delivering kW-scale energy and cooling solutions.

04

Power Stations

Scaling to MW applications for large-scale power needs.

What would the world actually look like if devices didn't need batteries or plugs? If they could just power themselves, cool themselves, by interacting with the heat that's already around them?

It decentralizes power generation like never before. Think IT devices, medical implants, sensors way out in the wilderness, stuff in space and entire cities.
They could potentially run forever just harvesting ambient heat.
No batteries, no wires needed. - the parts run forever.

Join the Energy Revolution

NEG isn’t just a product – it’s a paradigm shift. For those bold enough to lead, it promises not only sustainable energy but also a transformational economic advantage. Be part of the future. Invest in NEG.
For more information neg@institut-kurz.de