With 12,500 properties worldwide, measures are being taken on existing properties to achieve the 2050 climate target, with the integration of solar energy playing a central role.
Due to the considerable roof areas of DHL’s large warehouse buildings, substantial solar installations can be installed there, enabling DHL to maximize the use of solar energy on the properties.

Join our webinar February, 12: Mastering C&I rooftop design – from complex geometry to seamless installation

“Everything we do is geared towards achieving zero emissions by 2050. We have a clear policy on solar energy – every location is screened for solar potential. For existing locations, factors such as the size of the property and the length of the lease are taken into account when considering solar installations. However, we install solar panels on all new sites,” says Jussi Jylhä, Infrastructure Manager, Operations at DHL Supply Chain (Finland) Oy.

Locally generated energy also offers marketing advantages

Currently, 56% of DHL’s energy comes from renewable sources, 94% of the electricity it uses is predominantly green. With the goal of energy self-sufficiency and locally generated electricity, DHL is installing solar panels on every property.

In Pirkkala, DHL owns a property of approximately 4,000 square meters, where Solnet Group installed a solar energy system in 2019. DHL was involved in the tender for this project, but an external contractor managed the construction of the building. Solnet Group then worked with the construction company.

Also interesting: Virtual power plant for solar companies to participate in balancing markets

“It is crucial for us to meet our emissions targets while also generating electricity right on site. We have also noticed the marketing benefits of solar energy in building our brand. For example, we use pictures and videos of our Pirkkala site in our sales materials,” mentions Jussi Jylhä.

Security as top priority

When selecting partners for the Pirkkala project, security was already an important factor. Since then, security has become even more important and is clearly one of the most influential factors in decision-making. Solnet Group’s intelligent solar system, with remote management and the ability to disconnect power to the panels, were deciding factors.
“The security features and credentials of the Solnet Group solution convinced us, along with its price-performance ratio and suitable guarantees. In addition, Solnet provides production data displayed on screens in our lobby, which generates positive feedback and makes the solar installation visible. Despite its size, the solar array is not visible from the roof, so this way we can demonstrate its effect in reducing emissions and generating electricity,” Jylhä points out.

Also see: Best possible utilisation of a logistic property for PV

As advice for those implementing solar arrays for the first time, Jylhä recommends bringing in an experienced consultant. A company that understands the variables that affect yields and system size, and knows the technical specifications.

Join our webinar February, 12: Mastering C&I rooftop design – from complex geometry to seamless installation

“If you have a reliable partner and a solar plant has been built with high-quality equipment, it is relatively maintenance-free to operate. Solnet Group does maintenance once or twice a year. We monitor and report on the system’s output ourselves, and Solnet Group handles maintenance and monitors operations at the panel level. Integrating production overview has also been effortless,” Jylhä emphasizes. (hcn)





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With 12,500 properties worldwide, measures are being taken on existing properties to achieve the 2050 climate target, with the integration of solar energy playing a central role.
Due to the considerable roof areas of DHL’s large warehouse buildings, substantial solar installations can be installed there, enabling DHL to maximize the use of solar energy on the properties.

“Everything we do is geared towards achieving zero emissions by 2050. We have a clear policy on solar energy – every location is screened for solar potential. For existing locations, factors such as the size of the property and the length of the lease are taken into account when considering solar installations. However, we install solar panels on all new sites,” says Jussi Jylhä, Infrastructure Manager, Operations at DHL Supply Chain (Finland) Oy.

Locally generated energy also offers marketing advantages

Currently, 56% of DHL’s energy comes from renewable sources, 94% of the electricity it uses is predominantly green. With the goal of energy self-sufficiency and locally generated electricity, DHL is installing solar panels on every property.

In Pirkkala, DHL owns a property of approximately 4,000 square meters, where Solnet Group installed a solar energy system in 2019. DHL was involved in the tender for this project, but an external contractor managed the construction of the building. Solnet Group then worked with the construction company.

Also interesting: Virtual power plant for solar companies to participate in balancing markets

“It is crucial for us to meet our emissions targets while also generating electricity right on site. We have also noticed the marketing benefits of solar energy in building our brand. For example, we use pictures and videos of our Pirkkala site in our sales materials,” mentions Jussi Jylhä.

Security as top priority

When selecting partners for the Pirkkala project, security was already an important factor. Since then, security has become even more important and is clearly one of the most influential factors in decision-making. Solnet Group’s intelligent solar system, with remote management and the ability to disconnect power to the panels, were deciding factors.
“The security features and credentials of the Solnet Group solution convinced us, along with its price-performance ratio and suitable guarantees. In addition, Solnet provides production data displayed on screens in our lobby, which generates positive feedback and makes the solar installation visible. Despite its size, the solar array is not visible from the roof, so this way we can demonstrate its effect in reducing emissions and generating electricity,” Jylhä points out.

Also see: Best possible utilisation of a logistic property for PV

As advice for those implementing solar arrays for the first time, Jylhä recommends bringing in an experienced consultant. A company that understands the variables that affect yields and system size, and knows the technical specifications.

“If you have a reliable partner and a solar plant has been built with high-quality equipment, it is relatively maintenance-free to operate. Solnet Group does maintenance once or twice a year. We monitor and report on the system’s output ourselves, and Solnet Group handles maintenance and monitors operations at the panel level. Integrating production overview has also been effortless,” Jylhä emphasizes. (hcn)





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Through the PPA, Faerch will offtake enough renewable energy to cover around 70% of its annual electricity consumption in Finland. Faerch’s power purchase contributes to establishing a new solar park near Hanko in southern Finland. The park will generate 38 GWh of renewable energy annually – equivalent to the energy consumption of over 2,000 Finnish households – following its expected grid connection in 2026. The solar park will turn a former parking lot into land used for renewable energy production.

Powering all sites with additional renewable energy via PPA

“Through this PPA with Better Energy, Faerch Group will have access to a consistent and renewable power supply, reducing our carbon footprint and contributing to the energy transition in Finland,” says Tom Sand-Kristensen, Group CFO at Faerch.

“By securing renewable energy for our business, we’re able to make our Finnish operations more sustainable while ensuring there is more green energy in the Finnish grid, and it’s another significant milestone in our Renewable Energy Strategy that seeks to power all our sites with additional renewable energy via PPAs.”

First PPA for Better Energy in Finland

Faerch is Better Energy’s first PPA partner in Finland, demonstrating its capability to deliver affordable, green energy to businesses across Northern Europe. In Finland, businesses are looking to renewable energy PPAs to reduce emissions and exposure to volatile electricity costs. The Hanko solar park, developed entirely without subsidies, reflects the growing demand for green energy driven by the market.

Also see: VSB plans one of Europe’s largest solar-wind hybrid energy parks in Finland

“Faerch’s decision to expand our partnership and offtake renewable energy in Finland is another example that companies see our green energy as good for business and a way to decarbonise operations,” says Mikkel Thorup, Senior Director of Power Purchase Agreements at Better Energy. “Faerch is now leading the way by using its power purchase to impact the Finnish energy transition.”

Building on an existing partnership

The PPA in Finland builds on the existing partnership between Faerch and Better Energy. In 2023, the companies announced that Faerch will offtake renewable energy from two Better Energy solar parks in Poland. 

Also interesting: Virtual power plant for solar companies to participate in balancing markets

“Better Energy’s ability to provide affordable green energy in Poland made it a natural choice to extend our collaboration to Finland,” Tom Sand-Kristensen concludes.(hcn)





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H-TEC Systems, a leading supplier of PEM electrolysis technologies and subsidiary of MAN Energy Solutions will supply 3 × ME450 PEM electrolyzers as the centerpiece of the plant; these will produce up to 1,350 kilograms of green hydrogen per day from green electricity generated by Helen’s renewable energy source portfolio.

Helen Oy is planning to deliver the hydrogen to a nearby hydrogen refueling station via pipeline and distribute it to industrial customers or other refueling stations using containers. The waste heat generated in the production process will be utilised in Helen’s district heating network.

Also interesting: Norway – EnBW starts marketing process for green ammonia

Alexander Stöckler, Head of Sales, Tendering & Project Management, Power Segment at MAN Energy Solutions, said: “Green hydrogen is undoubtedly the key element for a climate-neutral future and the global economy will require it in large quantities. It is therefore most important that energy suppliers like Helen Oy lead the way by building plants and gaining valuable operational experience with hydrogen technology. We urgently need industrial production plants to achieve economies of scale, reduce costs and meet the huge future demand for hydrogen both efficiently and economically.”

PEM electrolysis for green hydrogen

At the core of the plant are the three PEM (Proton Exchange Membrane) electrolyzers from H-TEC SYSTEMS. Through the PEM process, water is split into hydrogen and oxygen with the help of an electric current that is passed through a special membrane. Due to its high dynamics, PEM electrolysis is ideally suited for coupling with fluctuating renewable-electricity sources – such as wind and solar – and has clear advantages over alkaline electrolysis. PEM electrolysis also requires less electricity per kilogram of hydrogen produced, does not use any aggressive chemicals, and produces high-purity hydrogen that is suitable for direct use.

Also see: Spain – DH2 Energy receives environmental permit for green hydrogen plant

Robin von Plettenberg, CEO of H-TEC SYSTEMS, said: “By combining H-TEC SYSTEMS’ expertise in the field of PEM electrolysis with MAN Energy Solutions’ broad experience in plant engineering, we can offer our customers a first-class package for the production of green hydrogen. We are very pleased that Helen Oy has placed its trust in our joint capabilities and is taking this important step into the future of hydrogen with us. With this plant in the vicinity of the Vuosaari Harbour, our electrolyzers will produce green hydrogen in all Scandinavian countries and Finland. In this way, we are well on the way to laying an important foundation for a climate-neutral energy supply.” (hcn)





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