Wind power is the most important source of renewable electricity worldwide. In terms of installed capacity, China, the USA and Germany lead the world, closely followed by India and Spain. In the future, battery storage systems can play an important role in managing power generation that fluctuates with the wind.

More...

Photovoltaics could become the world's most important energy source in the coming decades - ahead of all other renewable and fossil energy sources. From home storage systems and virtual power plants to island grids and large-scale systems: Battery storage systems play an important role in all fields of application, both in terms of the profitability of photovoltaic systems and in terms of grid efficiency.

More...

Of all fuels, hydrogen has the highest energy content, is relatively easy to produce and easy to transport. In the context of the energy transition, hydrogen is therefore a beacon of hope for mobile and energy-intensive applications.

More...

Control energy is essential for a secure power supply. In electricity grids, supply and demand must always be balanced, otherwise there is a risk of power cuts.

More...

Stand-alone grids distribute electricity within closed areas without external dependencies. Self-sufficiency and sustainability are drivers for their establishment, as is the development of areas where the expansion of interconnected grids is not worthwhile.

More...

Quarter solutions enable individual city districts or large consumers (e.g. shopping centres) to achieve a certain degree of self-sufficiency despite being integrated into an electricity distribution network.

More...

Home storage systems have enormous, still largely untapped potential for the energy transition.

More...

The use of battery storage can make a significant contribution to minimising the necessary grid expansion and at the same time improving charging comfort.

More...

Data centres are an essential part of the economic system, whose importance will continue to increase due to digitisation.

More...

With CO2 emissions in the gigatonnes range, cement production makes a very significant contribution to global greenhouse gas emissions. Nevertheless, cement plants are among the largest industrial consumers of electricity. As such, they pose specific challenges for the energy transition.

More...

Paper has a positive sustainability image. However, the production of paper, cardboard and paperboard requires enormous amounts of thermal and electrical energy. This raises the question of what contribution the paper industry can make to the energy transition.

More...

The economy and value creation are organized in many different ways, and the range of production, trade, distribution and services is almost unmanageable. The energy supply and the respective paths to the climate goal of "zero emissions" are correspondingly diverse.

More...

The transport sector is experiencing a historic turning point. New drive concepts should significantly reduce emissions of greenhouse gases, nitrogen oxides, particulate matter and noise and make mobility more sustainable from vehicle production to disposal.

More...

There is no way around a move away from fossil fuels - and batteries play a decisive role in almost all options for action.

More...

Light electric vehicles (including electric scooters, bicycles, e-motor-scooters and cargo bikes) have experienced enormous market growth in recent years.

More...

Ferries are used to transport people, vehicles and goods across water bodies.

More...

Inland waterway transport already covers a significant proportion of freight transport volumes.

More...

The field of air taxis has recently experienced extremely dynamic development, enabled by advances in vehicle and drone technology. Various concepts are competing in the still young market, fuelled by ambitious announcements of further development by the respective manufacturers.

More...