Polycrystalline Solar Panel

Polycrystalline solar panels are generally known for being more cost-effective. These panels are made by combining silicon crystals to form a solid structure. During the manufacturing process, the silicon is melted and poured to form the crystals, which then solidify into a less uniform structure. This production method is quicker and less expensive than that of monocrystalline panels. However, this process results in slightly lower efficiency for polycrystalline panels. Nevertheless, polycrystalline solar panels are durable and have a long lifespan.

In terms of efficiency, polycrystalline panels generally perform lower than monocrystalline panels. However, their lower cost makes them an attractive option for many users. The manufacturing costs and market prices of polycrystalline panels make them a more widely preferred choice. Particularly in large-scale applications, they can offer a good price-performance ratio.

Maintaining polycrystalline solar panels is quite simple. Often, cleaning off dirt and dust from the panels is sufficient. Additionally, these panels are resistant to various weather conditions and can perform efficiently for many years. Polycrystalline panels are also more commonly installed, as they are preferred by a wider user base than monocrystalline panels. Therefore, for individuals looking to invest in solar energy systems, polycrystalline panels present an ideal option offering affordability and reliability.

Polycrystalline Solar Panels

Long Service Life: The product is designed to be used efficiently for many years due to its durable structure.
Aluminum Body: The lightweight but sturdy aluminum body design protects the product and extends its lifespan.
High Transmission & Low Iron Cells: High transmission capacity cells and low iron content ensure more efficient energy production. Additionally, the tempered glass material is resistant to external factors.
Advanced Storage: Advanced technology is used for energy storage, increasing efficiency and minimizing energy loss.
High Heat Resistance: The product operates efficiently even under high temperature conditions, making it suitable for use in various environmental conditions.
Efficiency: The product provides 90% efficiency over 10 years and 80% efficiency for 20 years, ensuring effective performance even in long-term usage.

Applications

Solar Power Plants: Can be used for energy production and storage in solar energy systems.
Rural Electricity & Home Systems: Suitable for providing energy to small home systems in rural areas with no or limited electricity access.
Grid-Connected/Off-Grid Units: Can be used to provide efficient energy in both grid-connected and off-grid systems.
Security & Traffic Systems: Can be used as a power source for security systems or traffic signaling systems in case of power outages.
Street Lighting: Can be used as an energy source for street lighting that is not connected to the grid.
Battery Charging Systems: Can be used for energy storage in 12V and 24V battery charging systems.
Industrial & Commercial Applications: Can be used for energy production and storage needs in various industrial and commercial sectors.
Marine Vehicles & Battery Systems: Can be used to provide energy for marine vehicles and battery systems in the maritime industry.

Model No.	Pmax (W)	Vmp (V)	Imp (A)	Voc (V)	Isc (A)	Panel Dimensions (mm)	Cell Dimensions (mm)	Weight (KG)
TPGR-250W-12V	250	30.30	8.25	37.30	8.76	1640x992x40	156x156	19.0
TPGR-200W-24V	200	36.8	5.43	44.1	5.97	1580x808x35	125x125	15.0
TPGR-150W-12V	150	17.80	8.42	22.50	8.82	1480x664x35	156x156	12.0
TPGR-120W-12V	120	18.0	6.67	22.0	7.33	1180x670x35	156x156	10.0
TPGR-100W-12V	100	18.0	5.56	22.0	6.11	1195x540x35	125x125	8.0
TPGR-75W-12V	75	18.0	4.16	22.0	4.58	760x670x35	156x156	5.9
TPGR-60W-12V	60	17.5	3.43	21.6	3.77	825x640x35	125x125	5.0
TPGR-50W-12V	50	18.0	2.78	22.0	3.05	690x512x30	156x156	4.1

Polycrystalline Solar Panels

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