Why hydrogen?
HYDROGEN ENERGY SOLUTIONS
Hydrogen: Key element in the future energy system
Hydrogen is one of the cornerstones of the energy transition and offers the possibility of long-term storage of renewable electricity from sources such as photovoltaics or wind energy. Hydrogen is therefore an important energy carrier that plays a crucial role in the transition to renewable energy sources and can help reduce carbon emissions and achieve climate goals in Europe. Germany faces special challenges because there are many industrial centers that will continue to require large amounts of energy in the future. It is therefore essential to build an extensive infrastructure for the production, transport and storage of hydrogen. It is important to accelerate this process to further advance the use of hydrogen and create a more sustainable world.
Hydrogen offers us a sustainable alternative to fossil fuels with numerous advantages: it is renewable, easily available and does not cause greenhouse gas emissions when used. With green hydrogen we can reduce our dependence on fossil resources and make an important contribution to climate protection. It is up to us to seize this opportunity and further advance the use of clean hydrogen.
Hydrogen Energy·Solutions GmbH is passionately committed to a future that is more environmentally friendly. We produce sustainable and renewable hydrogen energy using different electrolysis systems.
RENEWABILITY
A key advantage of hydrogen is its renewable nature. Unlike fossil fuels such as coal or petroleum, hydrogen can be produced continuously as long as there is access to water. This means that we do not have to rely on limited resources and therefore do not have to worry about shortages.
EASY AVAILABILITY
Hydrogen is readily available. It occurs in large quantities in the atmosphere and in water and can therefore be obtained relatively easily. This availability makes it possible to quickly expand the use of hydrogen and thus realize a rapid transition to a sustainable energy supply.
CLEANLINESS
Hydrogen is a clean energy source and does not produce greenhouse gas emissions when used.In contrast to burning fossil fuels, using clean green hydrogen does not produce CO2 emissions or other harmful emissions. This significantly reduces the risk of climate change and protects our environment.
CLIMATE NEUTRALITY
The possibility of producing green hydrogen through electrolysis using green electricity is particularly convincing. During this process, water is split into its components - oxygen and green hydrogen are created. Since only renewable energy is used for electrolysis, the green hydrogen obtained is completely CO2-free. This offers immense opportunities to reduce CO2 emissions in various areas of our society.
NEWS
Hydrogen – current news
STORAGE ABILITY
Another advantage of hydrogen is its storage capacity. In contrast to other renewable energy sources such as wind or solar energy, the hydrogen produced can be stored and used when needed. This is particularly important because renewable energy is often unpredictable and not always available when needed. However, with hydrogen as a storage medium, we can ensure that energy production is continuous.
VERSATILITY
The possible applications for hydrogen are impressive: it can be used as a fuel to generate electricity and heat as well as fuel for vehicles. It can be used in power plants to generate electrical power and be highly efficient. In addition, hydrogen can serve as an energy storage device to store excess electricity from renewable energy sources such as solar or wind turbines and release it again when needed.
HIGH EFFICIENCY
Hydrogen can be used in fuel cells to generate electrical energy directly from chemical reactions. In contrast to conventional combustion engines, there are no exhaust gases or pollutant emissions. This not only means a significant reduction in air pollution, but also a contribution to global climate protection.
ECONOMIC POTENTIAL
Hydrogen production can come from various sources, including renewable energy or natural gas. This could lead to diversification of energy sources and reduce dependencies on fossil fuels. In addition, new industries could emerge as the production and use of hydrogen requires technologies such as electrolysers or fuel cells.
