Transición energética asequible y reducción del CO2
El cambio climático y el rápido crecimiento de la población son los mayores retos a los que se enfrenta la sociedad. Hay que garantizar la prosperidad de un número cada vez mayor de personas, pero con unas emisiones de CO2 cada vez menores. Como paso para lograrlo, es necesario convertir rápidamente el suministro energético de los combustibles fósiles a la energía eólica y solar. Debido a las cambiantes condiciones de carga, la transición energética requerirá un rediseño exhaustivo de la infraestructura de red, tanto en las redes de transmisión como en las de distribución. Las nuevas ideas y las tecnologías pioneras son la clave para garantizar que la adaptación de las redes existentes a los nuevos requisitos tenga éxito desde el punto de vista tecnológico y siga siendo asequible. Como especialistas en la regulación del flujo de carga y la calidad de la energía, desarrollamos continuamente nuestra serie de soluciones en diálogo con operadores de redes y fabricantes de transformadores de todo el mundo.
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5 theses on the energy transition
The next few years are crucial for the success of the energy transition. A drastic change is already taking place in how societies generate energy, says Professor Stephan Rupp.
The VRDT is the ideal solution to solve voltage problems in our distribution grids
For a more stable voltage supply in an increasingly strained distribution grid across the USA, Reinhausen provides the ECOTAP® VPD® I for single-phase transformers. A utility from Delaware shares its success story, highlighting the remarkable improvements achieved.
Making transformers more sustainable
Durability, resource conservation and efficiency are central pillars of a sustainable economy. With our products and services, we are making a significant contribution to the energy transition and therefore to a climate-friendly future.
940 tons of power regulation
To ensure that volatile load flows from renewable energies are optimally distributed in the grid, TenneT's Würgau substation now has four new phase shifters - with on-load tap-changers from MR.
Sunny prospects: Municipal solar storage devices
To ensure that volatile load flows from renewable energies are optimally distributed in the grid, TenneT's Würgau substation now has four new phase shifters - with on-load tap-changers from MR.
Four reasons why regulated distribution grids are the future
A fully electrified and at the same time climate-neutral world is only possible if the distribution grids are massively upgraded. To keep this affordable, Voltage regulated distribution transformers (VRDTs) are the solution.
"The energy transition is taking place in the distribution grids"
The energy transition has a major impact on the distribution grids. More than 90 percent of green electricity producers feed into them. A German research project is determining what distribution grids of the future will look like.
Five theses on the future of power grids
Futurologist Lars Thomsen shows why the energy industry should act quickly and what it stands to gain.
Storage at all network levels
Climate change, climate crisis, climate collapse - these are the terms used to describe what is probably the greatest challenge of our time. The only solution is to phase out conventional energy sources. But what does this mean for the power grids of the future? The future lies in storage systems for all grid levels.
Test systems for the energy revolution
Test systems from HIGHVOLT help make sustainable electricity generation possible. This overview shows how!
Climate change, energy revolution and the future of power grids?
The energy revolution is the only thing that can put the brake on climate change. This means that, by 2040, grids will have to transport up to 50 percent more power.
A new design for utility poles
The energy revolution is the only thing that can put the brake on climate change. This means that, by 2040, grids will have to transport up to 50 percent more power.
