Solar Panel flexible monocrystalline 200W

200W CPC Semi-Flexible Solar Panel

The 200W CPC semi-flexible solar panel is a photovoltaic solution designed for installations where weight, thickness and ease of integration are important. Thanks to its lightweight format, 2 mm reduced thickness and 4.2 kg net weight, it makes it possible to add solar generation to surfaces where a traditional rigid panel may be too heavy, too high or difficult to install.

This panel delivers 200W nominal power, 24.36V maximum power voltage and 8.21A maximum power current. It includes MC4 connectors, 900 mm wiring and a junction box with a protection rating equal to or higher than IP67, making it easier to integrate into correctly sized solar installations.

Why choose this product?

This panel is especially useful when a low-profile, lightweight solar module with standard photovoltaic wiring is required. Its semi-flexible design helps it adapt to certain slightly curved surfaces or limited spaces, provided that installation recommendations are respected and excessive bending or twisting is avoided.

The 200W output can support auxiliary systems, service battery charging and small electrical loads in mobile or compact stationary solar installations, as long as it is used with a compatible solar charge controller and a suitable battery.

Main advantages

• Semi-flexible format: easier to install where a rigid panel may be less practical.
• Low weight: 4.2 kg net weight reduces load on vehicle roofs, boats and lightweight structures.
• Reduced thickness: only 2 mm, ideal for discreet low-profile installations.
• MC4 connection: compatible with standard solar wiring and common photovoltaic controllers.
• Protected junction box: protection rating indicated as equal to or higher than IP67.
• Positive tolerance: declared output tolerance of 0~+3%.
• Easy integration: suitable for projects where appearance, space and weight are relevant.

Technology explanation

CPC technology in a semi-flexible panel combines a lightweight structure with protective layers designed to reduce the total weight of the module and simplify installation. The declared panel structure is CPC / EVA / backsheet. EVA acts as an encapsulant for the solar cells, helping protect them from moisture and external agents, while the backsheet provides rear support and insulation.

A semi-flexible panel should not be understood as a rollable panel. It can adapt to slightly curved surfaces, but it must not be aggressively bent or twisted. Forced installation can cause microcracks in the cells, power loss or premature failure.

Recommended applications

• Motorhomes: auxiliary generation for service batteries, lighting, fridges, water pumps, ventilation and small loads.
• Campervans: lightweight solar installations on roofs where reducing weight and height is important.
• Marine use: energy support on boats where a lightweight low-profile panel is easier to integrate.
• Industrial vehicles: support for auxiliary loads in correctly regulated systems.
• Portable solar systems: projects requiring a transportable lightweight 200W panel.
• Technical and educational applications: training, solar generation tests and small-scale photovoltaic projects.

Compatibilities

This panel uses MC4 connectors and has the electrical values of a 200W photovoltaic module. It can be used with PWM or MPPT solar charge controllers, provided that they accept the panel open-circuit voltage, short-circuit current and total installed power.

No official compatibility list with specific controller, inverter or solar system brands is confirmed. Compatibility must therefore be checked through the technical specifications of the controller used.

How to check compatibility in 30 seconds

• Check that the solar controller accepts an open-circuit voltage above 28.56V.
• Verify that the controller input current accepts at least 8.71A per panel.
• Confirm that the controller maximum PV power allows 200W or the total sum if several panels are installed.
• If several panels are connected in series, add the Voc values.
• If several panels are connected in parallel, add the Isc values.
• Check that the controller charging profile is compatible with the battery used.

Installation recommendations

Install the panel on a clean, stable surface compatible with the selected mounting system. Avoid areas with constant partial shade, sharp edges, water accumulation or points exposed to repeated flexing.

Whenever possible, leave enough ventilation to improve the thermal behaviour of the panel. Although it is semi-flexible, it must not be installed under stress or on surfaces that deform during movement.

Charging recommendations

The panel must not be connected directly to a battery. It must always be used with a compatible solar charge controller. In 12V installations, a controller capable of adapting the panel voltage to the battery charging profile is normally recommended.

For AGM, GEL, flooded lead-acid or LiFePO4 batteries, configure the controller with the values recommended by the battery manufacturer. Incorrect settings can shorten battery life or cause charging errors.

Storage recommendations

Store the panel in a dry place, protected from impacts, twisting and weight placed on top. Keep the MC4 connectors clean and protected to avoid oxidation, moisture or dirt ingress.

It should not be stored bent or under pressure. During transport, it is advisable to protect the active surface and avoid impacts on the corners.

How to extend service life

• Clean the surface with mild non-abrasive products.
• Do not step on the panel or place tools or loads on it.
• Periodically check connectors, cables and mounting points.
• Avoid continuous partial shading on the same area.
• Use correctly sized solar controllers and electrical protections.
• Check the condition of the adhesive, support or fixing system after long trips or intense sun exposure.

Temperature influence

Temperature directly affects the behaviour of any solar panel. In hot conditions, module voltage may decrease; in cold conditions, open-circuit voltage may increase. This panel declares a working temperature range of -20 ºC to +65 ºC.

In installations with several panels, especially when connected in series, it is important to calculate the maximum voltage under low-temperature conditions in order not to exceed the controller input limit.

Technical specifications

Frequently asked questions

Can it be connected directly to a battery?

No. It must always be used with a compatible solar charge controller to manage charging voltage and current.

Can it be used in a 12V installation?

Yes, it can be used in 12V systems if installed with a suitable solar controller that correctly manages the panel voltage.

Is it compatible with MPPT controllers?

It can be compatible if the controller accepts 28.56V open-circuit voltage, 8.71A short-circuit current and the installed photovoltaic power.

Can it be installed on a motorhome or campervan?

Yes. Its low weight, reduced thickness and semi-flexible format make it suitable for motorhome and campervan solar installations.

Can it be installed on a boat?

Yes, it can be used in marine applications if installed correctly, with protected wiring and a compatible solar controller.

Can it be walked on?

It is not recommended. Even though it is semi-flexible, stepping on it or applying point loads may damage the solar cells.

What maintenance does it need?

Periodic inspection of connectors, cables and fixings, plus surface cleaning with non-abrasive products.

What controller do I need?

A PWM or MPPT controller must be selected according to the electrical values of the panel and the battery used.