Напіврозрізані панелі як сучасне рішення для затінення ✨

A photovoltaic power plant consists of modules that are usually connected in series. In this case, the performance of the entire chain is affected by the weakest link – if one panel is shaded, the current in the entire series is reduced.

Any shading leads to a decrease in photovoltaic performance, but if it is significant (e.g., it covers key parts of the panel), it can reduce electricity production by tens of percent. This is then reflected in a longer return on investment.

We divide shading into two main categories:

• Hard shading: caused by solid objects (e.g., a chimney or neighboring building). It has clearly defined edges and can activate bypass diodes, which mitigate its impact.
• Soft shading: caused by scattered light from moving branches, distant trees, or clouds. This type of shading does not usually activate bypass diodes, which means that the reduction in performance is transferred to the entire string of panels and can cause higher losses.

How to deal with photovoltaic shading
When designing a photovoltaic system, it is essential to thoroughly analyze possible shading. We recommend using professional shading simulations to optimize panel placement and minimize power losses.

One modern solution for reducing the impact of shading is the use of half-cut panels. These panels are divided into two independent halves, which means that if one part is shaded, the other can still generate energy efficiently. This reduces losses compared to conventional panels.

CS6.2-48TD-460 BF
Monocrystalline solar panel with a power output of 460 Wp and an efficiency of 23%. Excellent anti-LeTID and anti-PID performance. Higher reliability.
Lower temperature coefficient (Pmax): Pmax: -0.29 °C, increases energy yield in hot climates. Lower LCOE and system costs.
Suitable for year-round use thanks to its resistance to high snow loads of up to 6000 Pa and wind loads of 4000 Pa. Tested against hailstones with a diameter of 35 mm in accordance with IEC 61215 standards.

Year-round availability, suitable for any of your projects.

Width: 113.40 cm
Height: 176.20 cm
Depth: 3.00 cm
Technology: TOPCon
Panel type: Glass-glass

CS6.2-54TM-510 BF
Solar panel with a power output of 510 Wp and an efficiency of 22.9%. Elegant glass-glass design available in monocrystalline version.
This technology uses N-type TOPCon, and panels with this technology produce more energy compared to traditional PERC panels.
Excellent performance against LeTID and PID. Low power degradation, high energy yield.

New in our range!

Width: 113.40 cm
Height: 196.10 cm
Depth: 3.00 cm
Technology: TOPCon
Panel type: Glass-glass

JW-HD108N-R2-500 FB Transparent Black
Solar panel from the niwa black series with a power output of 500 Wp and an efficiency of 22.5%. Up to 85% bifacial performance, more energy from the rear.
ZERO LID (Light Induced Degradation) N-type solar cells naturally have no LID, which can increase energy production.
Higher reliability - New generation TOPCon technology with no current leakage and higher resistance to hot spots.

Width: 113.40 cm
Height: 196.10 cm
Depth: 3.00 cm
Frame color: black
Technology: TOPCon

Astronergy CHSM72N(DG)/F-BH 585 SF
The Astronergy ASTRO 5 product line includes monocrystalline modules with high power ratings and high module efficiency.
The Astronergy CHSM72N(DG)/F-BH 585 SF solar panel has a power output of 585 Wp and an efficiency of 22.6%.
The panel consists of 144 cells and uses TOPCon and Half-cut technology. Its advantages include a low temperature coefficient (Pmpp) and low BOS and LCOE costs.
Product warranty: 15 years, performance warranty: 30 years.

Width: 113.40 cm
Height: 227.80 cm
Depth: 3.00 cm
Technology: TOPCon