Clean Energy for Local Communities

Natural hydrogen and geothermal energy for a sustainable and clean local energy supply – that is what Tellus Energy Solutions GmbH stands for.

Our Mission
Transforming the Energy Landscape

Tellus Energy Solutions GmbH aims to transform the energy landscape by providing sustainable, clean decentralized solutions. This will be done through the development of natural hydrogen and geothermal energy to foster energy independence for local communities. We are the first in Germany with this goal and we are doing everything we can to be the first to achieve it.

Our Vision
Sustainable Energy Security

We are working for a future in which energy from natural hydrogen and geothermal energy becomes a cornerstone of a low-carbon future. We are committed to decentralized, sustainable energy security.

Our Values
Transparent collaboration

Our core values are evidence-based science, responsible decision-making and open communication. By working collaboratively, we want to contribute to the successful implementation of the energy transition.

Our Founding Team and Our Expertise

Dr. Jürgen Grötsch

is a Geoscientist with over 30 years of professional experience in the energy industry. Jürgen currently is a lecturer in geoenergy and geothermal energy at the GeoZentrum Nordbayern of the Friedrich-Alexander-University Erlangen-Nuremberg. As the head of the research area on natural hydrogen, his extensive academic and practical expertise ensures that our projects are scientifically robust and technically viable.

Peter Zaal

is a finance professional with over 30 years of experience at Royal Dutch Shell, bringing extensive expertise in financing energy projects. He ensures that our operations remain cost-effective and economically viable.

Dr. Barbara Steinbauer-Grötsch

is an experienced communications professional who ensures transparent and open communication with the media, citizens and relevant stakeholder groups. She plays a key role in introducing our company and our mission to the general public.

Six arguments for
Local Energy from
Natural Hydrogen

Lately, natural hydrogen, also known as white hydrogen, has been the subject of public and scientific interest. Here are six good reasons for it. Its local production is:

climate-friendly

The production of natural hydrogen in combination with geothermal energy is possible in a climate-neutral way

decentral

Producing close to the consumer increases energy efficiency

cost-efficient

Local energy production from natural hydrogen leads to lower transportation costs and emissions

energy-secure

Scalable, local solutions make cities, towns and industrial enterprises independent from energy imports and market price fluctuations

synergetic

Natural hydrogen is a necessary addition to renewable wind and solar energy sources for the future energy mix

unobtrusive

The production facilities are compact and do not significantly disturb the character of the landscape.

Naturally
Hydrogen

Tellus Energy Solutions GmbH is a pioneer in the exploration and development of natural hydrogen as a climate-friendly energy source. We are working on energy solutions that make end users resilient to geopolitical crises and ensure a reliable, safe, clean and economical energy supply. Natural, also called white hydrogen, has great, so far untapped potential. In combination with geothermal energy, it can become a cornerstone in the energy transition. You can learn more about the discovery of natural hydrogen, the geological conditions for its formation, storage and possible production in our

Factsheet Natural Hydrogen

In Northern Bavaria
Kairos Pilot Project

Tellus Energy Solutions is developing the Kairos pilot project in Bavaria and for Bavaria. The aim of this pilot project is to produce and deliver hydrogen and geothermal energy that can be used directly by local communities or businesses. The hydrogen produced in this way can be made available in the form of electricity, heat or for mobility purposes. Phase I of the project, which involves identifying suitable geological hotspots, has already begun.

Find out more about the Kairos pilot project here