Solar thermal district heating plants

Solar thermal district heating plants provide sustainable and eco-friendly heating solutions to communities and businesses. These systems harness solar energy to generate heat for district heating networks, industrial processes, or commercial buildings, reducing reliance on fossil fuels and lowering carbon emissions.

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Renewable energy source
Cost savings
Carbon emission reduction
Energy independence
Compliance with regulations

Specifically designed efficient solution for meeting thermal energy demands

Solar Thermal systems directly produce thermal energy, making them suitable for district heating without the need for additional conversion processes. They typically use collectors to absorb sunlight and transfer it as thermal energy to a fluid, which is then used for heating applications.

Filter solar collector

Solar Thermal solutions are well-suited for district heating plants. In this context, solar collectors capture sunlight to heat a fluid, such as water or a heat transfer fluid. The heated fluid is then utilized to produce steam or directly supply heat to the district heating network, contributing to the overall thermal energy requirements. Together with heat pumps and storage system this solution can give very efficient and environmental friendly result.

Award winning and one of the biggest solar thermal plants in Europe

This solar thermal park in Salaspils, Latvia, is one of the biggest plants in Europe to produce thermal energy for the local district heating network.

It features 1720 efficient solar collectors with a total surface area of 21672 m2.
Annually, the park produces 12 000 MWh of energy, with a peak power of 14500 MW, which is enough to heat around 18 000 homes.
To store the energy generated during the daytime, we have built 8000 m3 accumulation tank.

With this project, we won the Grand Prix award for the largest and most significant project in Latvia in 2019 from among 162 nominees.
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Reach out for a consultation to explore how our innovative solutions can revolutionize your heating infrastructure and drive sustainability.

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This solar thermal park in Salaspils, Latvia, is one of the biggest plants in Europe to produce thermal energy for the local district heating network.

It features 1720 efficient solar collectors with a total surface area of 21672 m2.
Annually, the park produces 12 000 MWh of energy, with a peak power of 14500 MW, which is enough to heat around 18 000 homes.
To store the energy generated during the daytime, we have built 8000 m3 accumulation tank.

With this project, we won the Grand Prix award for the largest and most significant project in Latvia in 2019 from among 162 nominees.
Read more

Reach out for a consultation to explore how our innovative solutions can revolutionize your heating infrastructure and drive sustainability.

Contact us

6 reasons why a solar thermal solution is the best

Renewable energy generation

Solar thermal reduces dependence on fossil fuels, mitigates greenhouse gas emissions, and contributes to a more sustainable future.
Energy security and reliability

These solutions enhance energy security by diversifying the energy portfolio and reducing vulnerability to fuel price fluctuations and supply disruptions. By reducing dependence on conventional energy sources, you enhance energy security and resilience to fluctuations in fuel prices or supply disruptions.
Peak energy supply

Solar thermal plants with energy storage capabilities can provide power during peak demand periods.
Producing heat from sun is the most reasonable solution

Solar collectors are up to 3 times more effective than PV panels producing electricity. Solar collectors can produce 90 C temperature thermal energy leading to very flexible system.
Energy cost saving

Long-Term Cost Efficiency: Solar thermal systems provide a cost-effective solution for heating needs. Once installed, the abundant and free energy from the sun reduces reliance on traditional fuel sources, resulting in long-term cost savings for the district heating plant.
Compliance with regulations

Many regions and municipalities have set ambitious sustainability targets and regulations. Implementing a solar thermal district heating solution helps your plant align with these regulations, demonstrating a commitment to environmental responsibility and compliance with evolving energy standards.

Renewable energy generation
Energy security and reliability
Peak energy supply
Producing heat from sun is the most reasonable solution
Energy cost saving
Compliance with regulations

We're here to support you every step of the way, whether it's auditing, building a system, or offering 24/7 response to failures if needed

System Audit

Audits are tailored to your process or application and your budget. We analyze whether your systems are properly sized, configured, and tailored to your processes.
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Process Engineering

A well-designed system meets your industry's needs. Our engineers will formulate a plan to enhance efficiency and reliability. Our focus is on delivering quality products that ensure longevity and savings over time.
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Project Management and Realization

Our experienced team will arrange everything necessary to deliver the agreed solution on time. This includes construction, equipment transport, on-site installation, and commissioning.
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Maintenance

Regular maintenance prevents future problems and allows you to quickly resolve any issues that arise. Our 24/7 breakdown response ensures your business runs uninterrupted.
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