Re-Shaping the Future of
Sustainable Energy
Sustainability
Sustainability is a central part of Sunsurf Solar's business. Our floating solar modules are designed to produce renewable energy over a lifespan of up to 40 years, ensuring efficient and reliable energy production over time.
We focus on sustainable design, quality materials and long-term performance – to create solutions that not only benefit the climate today, but also future generations.
Sunsurf Solar wants to actively participate and contribute to the green transition.
For us, sustainable development is not an add-on, but an inherent part of our business strategy. We work purposefully to minimize our impact on the environment and nature, and to ensure long-term responsibility throughout our operations. As part of this, we have identified four central focus areas that guide our sustainability work.
01
Climate & Emission Reduction
Sunsurf Solar replaces fossil energy sources by producing clean electricity, while optimizing energy efficiency and reducing CO₂ footprint.
02
Ecosystems & Biological Diversity
Sunsurf Solar's systems are designed to be integrated into aquatic environments: they reduce heat radiation, protect against algae blooms, and preserve habitat.
03
Technology Development
Sunsurf Solar's products are designed to last for decades, minimize maintenance and enable recycling at the end of their life cycle. The materials are sourced from ISO-certified suppliers within the EU.
04
Long-term Perspective & the Circular
Sunsurf Solar's business model is based on long-term economic and ecological sustainability. Circularity is already integrated – our solutions are designed for reuse and recycling at the end of their life cycle.
Sunsurf Solar wants to actively participate and contribute to the green transition.
For us, sustainable development is not an add-on, but an inherent part of our business strategy. We work purposefully to minimize our impact on the environment and nature, and to ensure long-term responsibility throughout our operations. As part of this, we have identified four central focus areas that guide our sustainability work.
01 Climate & Emission Reduction
Sunsurf Solar replaces fossil energy sources by producing clean electricity, while optimizing energy efficiency and reducing CO₂ footprint.
02 Ecosystems & Biodiversity
Sunsurf Solar's systems are designed to be integrated into aquatic environments: they reduce heat radiation, protect against algae blooms and preserve habitat.
03 Technology Development
Sunsurf Solar's products are designed to last for decades, minimize maintenance and enable recycling at the end of their life cycle. Materials come from ISO-certified suppliers within the EU.
04 Long-term Perspective & Circularity
Sunsurf Solar's business model is based on long-term economic and ecological sustainability. Circularity is already integrated – our solutions are designed for reuse and recycling at the end of their life cycle.
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Sunsurf Solar & Agenda 2030
Sunsurf Solar’s sustainability strategy is founded on the goal of contributing positively to the UN’s Global Sustainable Development Goals (SDGs). Our solar solutions generate renewable energy with respect for both people and nature.
Goal 7: Affordable and Clean Energy
We increase the share of renewable energy without using valuable land resources.
Goal 9: Industry, Innovation, and Infrastructure
We develop innovative energy infrastructure that strengthens the resilience of future energy systems.
Goal 13: Climate Action
We reduce CO₂ emissions through high-efficiency green energy.
Goal 15: Life on Land
Our solutions protect land and contribute to healthier aquatic ecosystems.
Climate & Emissions
Reduced Emissions
By installing floating photovoltaic systems, significant energy and resource efficiency can be achieved. Each installation helps reduce carbon dioxide emissions by replacing fossil energy sources and several tons of carbon dioxide can be saved each year. The solar panels also help reduce evaporation from water surfaces, which is especially important in hot areas where water resources are limited. This means that more water can be saved during dry periods, which can benefit agriculture and local communities.
In addition, the cooling effect of the water improves the energy efficiency of the panels, allowing them to produce more energy than land-based solar energy, especially during hot summer days. Floating solar energy are also easy to integrate with other energy sources, enabling hybrid solutions to optimize energy production. In areas where water is used for irrigation, the solar energy can also be combined with water reservoirs, creating an efficient system where energy production and water consumption occur in the same place.
The Future
Solar energy is one of the most sustainable forms of energy available to us, natural, silent and free of emissions during use. It offers a secure solution for future electricity needs and is at the same time an investment in both the climate and the economy. Unlike fossil fuels, which require harmful extraction and contribute to climate change, solar energy is available directly from nature, every day, all year round. The sun is a constant source of energy that will continue to exist for billions of years.
With the help of modern technology such as solar panels, we can convert the sun's rays into usable electricity, no matter where we are. Sweden also has good conditions for solar energy, especially during the summer months. Solar power has a very low climate footprint over its entire life cycle. Neither fuel nor long transport is required to produce electricity from the sun, and once the system is in place, minimal maintenance is required.
Ecosystems & Biological Diversity
Surrounding Environment
Our floating photovoltaic systems create positive effects for ecosystems and biodiversity. The patented mooring system reduces water turbidity, which maintains water quality and protects biodiversity. For fish farming, the ability of solar panels to reduce heat radiation means that the water becomes cooler and more stable, which reduces stress for the fish and improves the farming environment. This contributes to better production and higher quality of the fish.
The placement of the solar panels on water surfaces also means that they blend into the environment without disturbing the landscape. For agriculture, the reduced evaporation and the possibility of combining with irrigation systems mean that farmers get a more resource-efficient solution that also increases resilience to drought and other climate challenges.
Technology Development
Design & Suppliers
Our floating photovoltaic systems are innovatively designed to interact with aquatic environments and maximize both economic and ecological benefits. They are made of durable and corrosion-resistant materials such as aluminum and high-density polyethylene (HDPE), which ensures a long lifespan and low maintenance. These materials are specifically selected to withstand the rigors of both freshwater and saltwater environments. The components are manufactured by ISO 9000 and ISO 14000 certified suppliers, which guarantees high quality and environmental awareness. The aluminum comes from Nordic raw materials and is processed in Sweden, while the pontoons are made from recycled material, which further minimizes climate impact and contributes to a sustainable system.
Solar cells
Solar cells are a climate-smart energy alternative, and can produce electricity without emissions throughout their entire life cycle. But it is also important to look at the environmental impact that occurs earlier in the chain. The greatest climate impact associated with solar energy does not occur when the electricity is generated, but in the production stage. This involves the extraction of raw materials, energy-intensive manufacturing processes and transport. Despite this, solar cells are one of the most environmentally friendly forms of energy we have over the entire life cycle. An average solar panel pays back its "climate debt" within about three years. After that, it produces clean electricity for at least 20 to 30 years with very low environmental impact.
Furthermore, technology is developing rapidly. Manufacturing processes are becoming more energy efficient, material consumption is decreasing, and the recycling of panels is steadily improving. At the same time, the share of fossil-based electricity in the manufacturing countries is decreasing. All of this means that the total climate impact from solar cells is decreasing with each passing year. Investing in solar energy is therefore not just a local effort, it is a way to positively influence the global climate. By continuing to develop and improve the entire life cycle of solar cells, we can maximize their environmental benefits and reduce dependence on fossil fuels.
Energy and Resource Efficiency
Reduced Emissions
By installing floating photovoltaic systems, significant energy and resource efficiency can be achieved. Each installation helps reduce carbon dioxide emissions by replacing fossil energy sources, and several tons of carbon dioxide can be saved each year. The solar cells also help reduce evaporation from water surfaces, which is especially important in hot areas where water resources are limited. This means that more water can be saved during dry periods, which can benefit agriculture and local communities.
In addition, the cooling effect of the water improves the energy efficiency of the panels, allowing them to produce more energy than land-based solar cells, especially during hot summer days. Floating solar cells are also easy to integrate with other energy sources, enabling hybrid solutions to optimize energy production. In areas where water is used for irrigation, the solar cells can also be combined with water reservoirs, creating an efficient system where energy production and water consumption occur in the same place.
Why Solar Energy?
The Future
Solar energy is one of the most sustainable forms of energy available to us, natural, silent and free of emissions during use. It offers a secure solution for future electricity needs and is, at the same time, an investment in both the climate and the economy. Unlike fossil fuels, which require harmful extraction and contribute to climate change, solar energy is available directly from nature, every day, all year round. The sun is a constant source of energy that will continue to exist for billions of years.
With the help of modern technology such as solar cells and solar panels, we can convert the sun's rays into usable electricity, no matter where we are. Sweden also has good conditions for solar energy, especially during the summer months. Solar power has a very low climate footprint over its entire life cycle. Neither fuel nor long transport is required to produce electricity from the sun, and once the system is in place, minimal maintenance is required.Surrounding Environment
Our floating photovoltaic systems create positive effects for ecosystems and biodiversity. The patented anchoring system reduces water turbidity, which maintains water quality and protects biodiversity. For fish farming, the ability of solar cells to reduce heat radiation means that the water becomes cooler and more stable, which reduces stress for the fish and improves the farming environment. This contributes to better production and higher quality of the fish.
The placement of the solar panels on water surfaces also means that they blend into the environment without disturbing the landscape. For agriculture, the reduced evaporation and the possibility of combining with irrigation systems mean that farmers get a more resource-efficient solution that also increases resilience to drought and other climate challenges.
Design & Suppliers
Our floating photovoltaic systems are innovatively designed to interact with aquatic environments and maximize both economic and ecological benefits. They are made of durable and corrosion-resistant materials such as aluminum and high-density polyethylene (HDPE), which ensures a long lifespan and low maintenance. These materials are specifically selected to withstand the rigors of both freshwater and saltwater environments. The components are manufactured by ISO 9000 and ISO 14000 certified suppliers, which guarantees high quality and environmental awareness. The aluminum comes from Nordic raw materials and is processed in Sweden, while the pontoons are made from recycled material, which further minimizes climate impact and contributes to a sustainable system.
Solar cells
Solar cells are a climate-smart energy alternative, and can produce electricity without emissions throughout their entire life cycle. But it is also important to look at the environmental impact that occurs earlier in the chain. The greatest climate impact associated with solar energy does not occur when the electricity is generated, but in the production stage. This involves the extraction of raw materials, energy-intensive manufacturing processes and transport. Despite this, solar cells are one of the most environmentally friendly forms of energy we have over the entire life cycle. An average solar panel pays back its "climate debt" within three years. After that, it produces clean electricity for at least 20 to 30 years with very low environmental impact.
Furthermore, technology is developing rapidly. Manufacturing processes are becoming more energy efficient, material consumption is decreasing, and the recycling of panels is steadily improving. At the same time, the share of fossil-based electricity in the manufacturing countries is decreasing. All of this means that the total climate impact from solar cells is decreasing with each passing year. Investing in solar energy is, therefore, not just a local effort; it is a way to positively influence the global climate. By continuing to develop and improve the entire life cycle of solar cells, we can maximize their environmental benefits and reduce dependence on fossil fuels.
Contact
Phone:
+46 76-262 18 49
Email:
marc.montgomery@sunsurf.se
Address:
Vasagatan 7
41124 Gothenburg
Sweden
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