NHsolution
POWERING THE FUTURE
NHsolution
Regions and countries have invested heavily in wind and solar (renewable energy), but the integration of these renewable energy sources has not been successful.
Countries and regions with a high share of renewables in their energy supply are not seeing any economic benefit from the very cheap electricity due to regulatory conditions and an outdated energy system.
NHsolution aims to highlight integration opportunities that are simple and straightforward.
Systems that, by combining large amounts of renewable energy with waste and a small share of local biomass, can meet the full demand for electricity, heating, and industrial process energy in a region or country.
989 mil. tons of biomass
78 mil. tons of waste
Annual CO2-neutral productions
The energy system
as of today
The Energysystem
of the future
The existing energy system is full of conflicts..
Power plants produce electricity in competition with solar and wind. The heating sector and industries consume fuel for heat and process energy, and in no way use renewable energy when it is available. Conditions that work directly against the integration of large amounts of Renewable Energy (RE).
The energy system of the future is a rational and efficient energy system.
No renewable energy goes to waste and fuels in the form of waste and biomass are properly utilized in power plants. The surplus from renewable energy is always utilized, so that the overall production system provides users with cheap energy services when large amounts of renewable energy are utilized.
Explore our services
NHsolution will primarily work to animate actors and political movements to choose energy systems that work to deliver cheap and sustainable energy to users. This will be done through debate contributions and consultancy services to citizens, companies and public institutions that need help with a relatively green and sustainable energy transformation.
Lack of integration of renewable energy.
Reason
Solution
Implementation
When the share of renewable energy becomes large, the economy of the power plants is eroded and they close, and the plants are no longer needed as a backup for renewable energy. A situation that drives up the prices of electricity, exactly as we see with a large share of renewable energy in the supply in regions and countries such as California, Germany, Denmark, etc. Even though the price of the produced renewable energy is very low, the price for the end user is rising and rising.
The solution is to identify energy consumers who can purchase both renewable energy and waste heat from the power plants that supply the electricity grid when renewable energy is not delivering. NOW a very large part of renewable energy can be consumed and there are always power plants to
Site requirements and additions
Focus
Mistake
Adjustment
As a result of regulations and incorrect framework conditions (subsidies, regulation, approval procedures) in general, solar cells and wind farms are installed that largely produce electricity that is not needed.
When the renewable energy for a region or city is properly integrated, the electricity supply is so cheap that there is no need for subsidies, but then it is precisely important that subsidies are not provided for production that does not integrate renewable energy.
The politically defined framework conditions must aim at socio-economic calculations that weigh the entire value chain for an energy system for a country or a region.
The Smart Grid System
Local Solutions
Insight
Pathway
The overall balancing system that works together with the Transmission System Operator (TSO) is crucial for the overall solution that utilizes large productions from renewable energy.
Smart Grid systems work on the fly via an online interaction with the overall balancing systems, so that the produced renewable energy is truly utilized.
Stakeholders in focus
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