Norwegian high temperature solar system design
This paper proposed a design scheme and an optimization method for a high-temperature solar receiver operating with a Stirling engine. The designed cylindrical cavity receiver with
This paper proposed a design scheme and an optimization method for a high-temperature solar receiver operating with a Stirling engine. The designed cylindrical cavity receiver with
Distributed temperature sensing measurements from high temperature borehole thermal energy storage (HT-BTES) are presented. Thermal losses from HT-BTES are found
In this article we describe the commercial systems for storing high-temperature heat for the two Norwegian companies. Both companies
by 2030 (Ministry of Climate and Environment, 2020). This paper aims to provide a holistic perspective about the existing challenges and the barriers in the implementation of solar
Its uniqueness stems from a specific focus on Norway, providing insights tailored to its distinct geographical and socio-cultural constraints in deploying solar energy system
A living laboratory in Chifeng, China that integrates a 0.5 million m³ borehole thermal energy storage system, an on-site solar thermal plant and excess heat from a copper plant is
It can be installed alone to directly compress waste steam from atmospheric pressure (or above), or combined with a bottom cycle to recover waste heat at even lower temperatures.
NTNU Energy Team Solar has the ambition to turn the Nordic conditions into unique opportunities to accelerate the use of solar energy and the deployment of solar systems in the Nordic built
In this study HT-BTES is evaluated for seasonal thermal heat storage and recovery. To this end, a CMG STARS model was built and validated using the existing 100-wells BTES
How a country shrouded in cold and darkness is taking the lead in solar energy – both on land and at sea.
In this article we describe the commercial systems for storing high-temperature heat for the two Norwegian companies. Both companies predict increasing demand for their solutions.
PDF version includes complete article with source references. Suitable for printing and offline reading.
This has led to Norway to become an expert in devising solar energy solutions for out of the way places. Safedesign has designed a rooftop safety system that eliminates the need for scaffolding and makes solar panels more affordable. Industry was also bitten by the solar energy bug.
Norwegians love to be outdoors. They flock to their cabins in the mountains, in the woods or by the shore to spend their weekends or holidays in beautiful, peaceful surroundings. This passion for nature has made Norway one of the most attractive markets for solar cells.
The ecological footprint of solar panels made with materials from Norway is therefore extremely small. REC Solar’s factory in Fiskå in southwestern Norway has even been awarded a certificate for production of the world’s cleanest silicon. Not only is Norwegian silicon production the world’s cleanest, it is also the world’s most energy efficient.
This passion for nature has made Norway one of the most attractive markets for solar cells. Although some of the appeal of cabin life is to take a time-out from technology, electricity is still needed to power lamps, radios and, now, mobile phone chargers.