Product Introduction

Our Interdigitated Back Contact Solar Cells are a game-changer in photovoltaic tech. They're built with a one-of-a-kind back-contact structure to get the most out of energy conversion. Since there's no metal on the front, these cells soak up more light and work way better-perfect for homes and businesses alike. What makes our IBC solar cells special is their innovative design: all the electrical connections are placed on the back, so the front stays totally clear. That means less light gets wasted, more light gets absorbed, and they put out more power than regular solar cells. We've been in the renewable energy business for years, supplying top-quality Interdigitated Back Contact solar cells to markets in Europe, the Americas, and other places. We're hoping to team up with clients worldwide for the long haul.

Product Parameter (specification)

Open-circuit voltage (Voc) [V]	STC	NOCT
Maximum power (Pmax) [W]	585	442.6
Operating voltage at maximum power point (Vmp) [V]	33.95	31.67
Short-circuit current (Isc) [A]	18.30	14.76
Test conditions	21.7%
Number of battery cells	120[6×20]
Dimensions	2172±2×1303±2×35mm
Battery type	Monocrystalline silicon
Framework	Anodized aluminum alloy frame
Weight	34.8KG

Product feature and application

Top-Notch Efficiency:

Thanks to the back-contact design, there's no metal blocking the front. That means over 95% of the light that hits it gets absorbed, which really ramps up how much energy it puts out.

Looks Great:

The front is clean and even, so it fits right in with buildings-think things like exterior walls or home rooftops.

Built to Last:

We use high-quality silicon and coatings that fight corrosion, so it should stick around for more than 25 years.

Works in Lots of Places:

Perfect for solar farms, office buildings, and off-grid power setups, especially when you need to save space and get maximum efficiency.

Production details

Front Surface:

It's smooth with no contacts, designed to catch as much light as possible. The tiny textured surface cuts down on reflection, so even more light gets absorbed.

Back Surface:

The positive and negative contacts are arranged in a precise, finger-like pattern. This makes sure electrons are collected efficiently, with barely any resistance.

Material:

Made from high-purity monocrystalline silicon, with special layers that keep electrons from recombining, helping it work better.