Pallet of panels

Photovoltaic panel pallets are ideal for larger construction sites and projects: you purchase a complete set (e.g. 36–37 panels) to optimise the cost per watt and simplify logistics. Our selection offers high-performance panels (latest technology depending on the model) to make solar energy more accessible. To quickly estimate the power to be installed and the number of panels required for your roof, use our simulation tool.

Choose in 30 seconds

  • Project > 6–9 kWp: a pallet is often more cost-effective than purchasing individual units (logistics + cost per Wp).
  • Roof/power plant: checkthe space required (number of panels) and the available surface area.
  • Performance: compare the power per panel (e.g. 450–500 Wp depending on the pallet) and the technology (depending on the model).
  • I confirm my needs: run an estimate using the Solar Simulator.






FAQ – Pallets of photovoltaic solar panels

1. Why buy a pallet of photovoltaic solar panels instead of individual panels? +
A pallet is a full batch (e.g., 36–37 panels): it can optimize the cost per Wp and simplify logistics, especially for construction sites and higher-power projects.
2. What types of projects are pallets best suited for? +
The page presents pallets as ideal for construction sites and higher-power projects.
3. How many panels are in a pallet? +
According to the page, you purchase a complete batch, for example 36–37 panels (depending on the model).
4. How can I estimate the power to install and the number of panels? +
Use a simulation tool to estimate the required power and number of panels for your roof. You can use the Solar Simulator.
5. What criteria should I compare between panel pallets? +
Compare the power per panel (e.g., 450–500 Wp depending on the pallet) and the technology (depending on the model), then validate the sizing with the Solar Simulator.

The revolution of N-Type ABC and TOPCon cells

The photovoltaic market is undergoing a profound transformation with the progressive shift from P-Type cells to N-Type architectures. At Wattuneed, we integrate the latest innovations such as TOPCon (Tunnel Oxide Passivated Contact) and ABC (All Back Contact) to offer our customers energy productivity that exceeds conventional standards.

TOPCon N-Type: The new standard for high efficiency

TOPCon technology is establishing itself as the natural successor to PERC. By adding an ultra-thin oxide layer, it drastically reduces electron recombination losses. The result: a cell efficiency exceeding 25% and, above all, an improved temperature coefficient. This means your panels lose less power during hot days, a crucial advantage for rooftop installations where ventilation is limited.


ABC (All Back Contact): Aesthetics at the service of performance

ABC technology represents the pinnacle of current solar engineering. Unlike classic panels, all electrical contacts are placed at the rear of the cell.

  • Zero shading: The front side is 100% dedicated to photon capture, increasing the active surface area.
  • Premium Full Black Design: Without visible metal grids (busbars), the panel offers a deep and uniform black, ideal for demanding architectural projects.
  • Increased durability: The ABC structure is inherently more resistant to micro-cracks caused by temperature variations.

Bifaciality and yield in low light conditions

The use of N-Type substrates allows for a much better spectral response. Our panels capture light more effectively at dawn, dusk, or in overcast weather. Coupled with a bifacial structure, this technology allows for the recovery of albedo (ground reflection), increasing energy gain by up to 20% depending on the type of surface (white gravel, light membranes, or ground mounting).

By choosing these technologies at Wattuneed, you are investing in equipment with low degradation (less than 0.4% per year), ensuring maximum profitability for over 30 years.

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