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SOLAR CELL

Price 10 INR/ Piece

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MOQ : 1 , , Piece

SOLAR CELL Specification

Application
General lab equipments

Usage
General lab equipments

Power Source
Solar/Energy from Sunlight

Model No
Standard lab solar cell

Voltage
1.5V (open circuit)

Core Components
Silicon Wafer, Conductive Busbars

Feature
High Conversion Efficiency, Lightweight, Long Operating Life

Accuracy
Energy conversion accuracy up to 18%

Temperature Range
-20C to 85C

Automation Grade
Manual/None

Measurement Range
Current output 0150mA (varies by illumination)

Frequency
DC Output No frequency

Capacity
Operating current approx. 100-150 mA (under sunlight)

Product Type
SOLAR CELL

Equipment Materials
Silicon, Glass, Polymer Backing

Type
Monocrystalline Silicon Solar Cell

Dimension (L*W*H)
Approx. 60mm x 60mm x 3mm

Weight
Approx. 10 grams (per cell)

SOLAR CELL Trade Information

Minimum Order Quantity
1 , , Piece

Sample Available
Yes

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Packaging Details
carton box, export quality also available

Main Domestic Market
All India

Certifications
ISO 9001, 14001 ,CE

About SOLAR CELL

SOLAR CELL

Robust unbreakable polycarbonate.
Perfectly transparent support box for better visibility of components.
The connections of the banana safety cords are made on the side of the case which allows to free the
front of the cords and to ensure a better readability of the mounts.
Robustness: supports a load of 100 kg.
Dimensions: 100 x 70 x 33 mm.

Precision Engineered for Laboratory Reliability

Utilizing advanced monocrystalline silicon technology, the solar cell ensures consistent and accurate results in energy-related experiments. With its high conversion efficiency and robust design, it is trusted by researchers, students, and manufacturers for dependable solar-powered instrumentation in laboratories, educational facilities, and testing centers.

Durable Performance Across Challenging Conditions

Built for long-term operation, the solar cell thrives under varying environmental conditions, including extreme temperatures from -20C to 85C and humidity levels up to 95%. Its anti-reflective surface maximizes energy capture, making it a valuable asset in diverse lab setups where efficiency and longevity are paramount.

FAQs of SOLAR CELL:

Q: How is the Standard Lab Solar Cell used in laboratory applications?

A: The solar cell is typically integrated into laboratory equipment or experimental setups to provide a reliable and controlled source of solar energy. Its straightforward operation and manual handling allow for easy use in instructional demonstrations, prototyping, and energy conversion experiments.

Q: What are the main benefits of the anti-reflective coating on the cell surface?

A: The anti-reflective coating increases sunlight absorption, which enhances the cells conversion efficiency. This feature ensures optimal performance during experiments by minimizing energy loss due to reflection, resulting in more accurate readings and higher output.

Q: When should the solar cell be replaced or serviced in a lab environment?

A: Under nominal operating conditions, the solar cell is designed to last at least 10 years. It typically requires minimal maintenance, but replacement may be advisable if physical damage occurs or if performance noticeably declines over time due to extensive use.

Q: Where can the Standard Lab Solar Cell be sourced and what packaging options are available?

A: The product is available through distributors, exporters, manufacturers, suppliers, and traders in India. It comes packaged either in individual sleeves or boxed, ensuring safe transport and storage according to the needs of research institutions and educational facilities.

Q: What process ensures accurate energy conversion within the cell?

A: Monocrystalline silicon wafers fine-tuned with conductive busbars maximize current flow and solar conversion. The cells design and materials work collectively to achieve up to 18% accuracy, making it suitable for repeatable scientific measurements.

Q: How does the cell perform under different temperature and humidity conditions?

A: Engineered for resilience, the solar cell operates efficiently between -20C and 85C and humidities from 0 to 95% RH. This adaptability makes it suitable for various laboratory environments across India and beyond, regardless of climatic variations.

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