Home Knowledge Aalborg CSP secures flat panel order for industrial solar heating plant in Denmark

Aalborg CSP secures flat panel order for industrial solar heating plant in Denmark

by dbdh

From this summer and onwards, thousands of people travelling across the Great Belt in Denmark will get to see renewable energy in full bloom in the shape of a 11,733 m² solar field. The Danish renewable energy specialist, Aalborg CSP, has landed the project and will be delivering an 8 MWth solar district heating plant consisting of flat panel solar thermal collectors to be installed along the Danish highway. The system in Halskov near Korsør will be the company’s fourth flat panel project in the country and is yet another example of a customized solution from Aalborg CSP designed to fit individual energy needs in an optimal way.

With a clear ambition of becoming independent of fossil fuels by 2050, Denmark sets the bar high in terms of energy goals. The country’s ambitious climate and energy policy has led to a position as world leader within all forms of renewable energy – both in terms of developing green energy solutions, and when it comes to the country’s own clean energy transition. Solar energy plays a significant role in this transition with solar heating already being an integrated part of the Danish district heating industry – an area which is well-known territory for Aalborg CSP.

Aalborg CSP received the order from the Danish utility and energy supply company SK Forsyning to deliver the 8 MWth solar heating plant. The solar heating plant is to be integrated with the district heating plant’s new biomass boiler and will supplement the delivery of energy to the plant’s existing customers in Korsør as well as the many future district heating customers in Halskov.

“In order for us to be able to provide our customers with a lower heating bill, while also contributing to the country’s clean energy transition, looking towards the sun was an obvious choice for us. Energy from the sun alone can annually account for 15 percent of our district heating production. It was therefore natural for us to incorporate the sun into our strategy”, says Carsten Lunde, Head of energy at SK Forsyning.

Renewable energy in full bloom on showcase
The 11,733 m² solar field, which will be located in Halskov near Korsør, will consist of 63 rows of flat panel solar thermal collectors with up to 38 panels per row from Aalborg CSP’s collaboration partner GREENoneTec.

The many rows of solar collectors will be placed on a field along the highway and thus become a showcase for renewable energy, nationally as well internationally, once again emphasizing Denmark’s position as global leaders within renewable energy.

“With the construction of this solar heating plant along the highway, thousands of people will each day get to see renewable energy in full bloom. We are a company dedicated to changing energy around the world, and with this solar thermal plant, we are one step closer to a greener and more sustainable future”,says Jes Donneborg, Executive Vice President at Aalborg CSP.

The solar plant in Korsør has a capacity of 8 MWth and is capable of producing 6,500 MWh heat annually. Combined with the district heating plant’s new biomass boiler, the solar heating plant will provide cheap sustainable heating to 5,000 households in Korsør and Halskov.

With the plant in Korsør, Aalborg CSP continues its series of new projects based on customized solar and storage solutions supporting a competitive transition to renewable energy.

Shortly after signing the agreement with SK Forsyning, the construction work commenced in Korsør. The solar thermal plant is expected to be harvesting its first sunrays this summer of 2019.

Fact sheet:

  • Client: SK Forsyning
  • Capacity of the plant: 8 MWth
  • Annual energy production: 6,500 MWh heat
  • No. of customers: Appr. 5,000
  • Supplier of the system: Aalborg CSP A/S
  • Scope of supply: Complete solar collector system, technical installations and transmission lines
  • Location: Korsør/Halskov
  • Area: 11,733 m²
  • Plant layout: 63 rows with up to 38 collectors per row
  • Maximum temperature: 109 °C
  • Solar collector type: GREENoneTEC GK3133 double glazed
  • Expected system lifetime: 25 years