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Mobile steel carport for Ministry of Defence Naval Base Den Helder
In January 2025, in collaboration with metalworking company Nijenkamp, we realised a mobile steel carport at the Defence site Marinehaven in Den Helder. Thanks to its flexible design, no permit is needed, making this solution immediately applicable. Flexible and sustainable energy solution The solar carport is equipped with four heavy-duty castors, making it easy to move. The roof is finished with trapezoidal profiles, which ensure a waterproof construction and protection against weather conditions. The 9 integrated 440 Wp solar panels generate renewable energy, which is used to produce hydrogen. Sustainable impact Thanks to this installation, 1.35 tonnes of CO₂ will be saved annually. This is equivalent to: 3,366 kWh expected annual energy production, contributing to the sustainability of Defence. Advantages of this project: ✔ Mobile construction - easily movable, no permit required✔ Weatherproof finish - sheet piling profiles provide protection✔ Sustainable energy generation - supports hydrogen production✔ CO₂ savings - contributes to the energy transition Curious about what a solar carport could mean for your project? Explore the possibilities| 9 solar panels of 440 Wp | |
| Den Helder | |
| 28 January 2025 | |
| CO₂ saved: 1.35 tonnes per year | |
| Expected annual production: 3,366 kWh per year |
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Solar bicycle parking in Ghent
Shift to Solar has realised an innovative and sustainable solution on the outskirts of Ghent: a steel bicycle shed with integrated bicycle rack and solar panels. This installation not only provides safe storage for bicycles, but also generates and stores sustainable energy for optimal use. Smart energy solution for bicycle infrastructure On the roof of the solar bicycle shed are 20 powerful 450 Wp solar panels, which are expected to generate 8,100 kWh of clean energy annually. The generated energy is used directly thanks to a GoodWe 6 kW hybrid inverter and a 6.6 kW GoodWe Lynx Home battery, enabling sustainable storage and smart energy management. This makes it not only an environmentally friendly, but also an efficient solution for energy generation and use. Thanks to this innovative installation, annual savings of 3.2 to 3.7 tonnes of CO₂ are achieved. This equates to: Maximum space utilisation and sustainable impact The steel construction provides robust and weatherproof protection for bikes, while the integrated solar system contributes to the environment's CO₂ reduction targets. This makes the solar bicycle shelter an ideal solution for locations where sustainability and space efficiency go hand in hand. Benefits of this project: ✔ Sustainable energy solution for cyclists and businesses✔ Optimal use of space with| 20 450 Wp solar panels | |
| Ghent | |
| 17 December 2024 | |
| CO₂ saved: 9.94 tonnes per year (equivalent to 456 trees planted) | |
| Expected annual production: 8,100 kWh per year | |
| Space for 28 bicycles |
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Solar carport for apartment complex in Strijen
Shift to Solar has realised a sustainable solution for a site where flats are being built. Here, a custom-made solar carport was installed, suitable for 7 parking spaces. The carport, with a width of almost 20 metres, accommodates 51 420 Wp glass-glass solar panels, which are expected to generate 19.86 MWh of energy annually. This will contribute to saving 9.94 tonnes of CO₂, equivalent to planting 456 trees annually. Smart energy solution for limited roof space The carport is made of powder-coated steel in RAL 1035 Gloss colour and was installed on a foundation prepared by the contractor, P.&G. Hooghwerff, was prepared. This added extra capacity to the PV system, an ideal solution for locations where roof space is in short supply. Thanks to this installation, Shift to Solar is contributing to making the apartment complex more sustainable and meeting CO₂ reduction targets. Benefits of this project: Curious about what a solar carport can do for your project? Discover the possibilities| 51 420 Wp glass-glass solar panels | |
| Strijen | |
| Suitable for 7 parking spaces | |
| 11 November 2024 | |
| CO₂ saved: 9.94 tonnes per year (equivalent to 456 trees planted) | |
| Expected annual production: 19.86 MWh |
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