AMBA Mini Solar Panel Module (3V, 250mA) – Mini Photovoltaic Solar Cell with Pre-Soldered Wire Leads for DIY Projects & Science Models
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AMBA Mini Solar Panel Module (3V, 250mA) – Mini Photovoltaic Solar Cell with Pre-Soldered Wire Leads for DIY Projects & Science Models
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AMBA Mini Solar Panel Module (3V, 250mA) – Mini Photovoltaic Solar Cell with Pre-Soldered Wire Leads for DIY Projects & Science Models

Regular price
Rs. 435.00
Unit price
per
Tax included

Power your renewable energy prototypes and DIY science projects with the AMBA 3V 250mA Mini Solar Panel Module. This compact, high-efficiency photovoltaic panel converts direct sunlight into reliable DC electricity right out of...

image

AMBA Mini Solar Panel Module (3V, 250mA) – Mini Photovoltaic Solar Cell with Pre-Soldered Wire Leads for DIY Projects & Science Models

Regular price
Rs. 435.00
Unit price
per
Tax included

Dispatch: 2 days

Delivery: 5-10 days

Pairs well with
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AMBA Mini Solar Panel Module (3V, 250mA) – Mini Photovoltaic Solar Cell with Pre-Soldered Wire Leads for DIY Projects & Science Models

Regular price
Rs. 435.00
Unit price
per
Tax included
Product description
+
 Power your renewable energy prototypes and DIY science projects with the AMBA 3V 250mA Mini Solar Panel Module. This compact, high-efficiency photovoltaic panel converts direct sunlight into reliable DC electricity right out of the box. Built with durable, clear epoxy-encapsulated solar cells, it delivers consistent 3V and 250mA output under full sunlight. Pre-soldered color-coded red (positive) and black (negative) wire leads connect instantly to breadboards, DC motors, LED lights, and battery charging circuits—no soldering required. Lightweight and weather-resistant, this module is perfect for teaching solar energy principles, building solar-powered toys, and powering small IoT sensors. Its compact design mounts easily onto project boards, 3D-printed chassis, or solar vehicles. Ideal for low-power electronic applications, the panel directly drives mini DC motors, LEDs, and buzzers. Connect multiple panels in series to increase voltage or in parallel to boost current output. An essential tool for STEM education and renewable energy exploration.

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