Cutting-Edge Technology for Superior Performance

Renogy's N-Type Solar Panels set a new standard in solar efficiency, outperforming traditional p-type PERC panels. With superior cell efficiency, an extended lifespan, and consistent high performance, these panels are designed to deliver reliable energy in any condition.

Exceptional Efficiency and Enhanced Output

The Renogy 100W 12V N-Type Solar Panel achieves an impressive 25% conversion efficiency, delivering 20W more power output compared to conventional p-PERC panels of similar design. This enhanced performance translates to more energy and greater savings over time.

Premium Construction for Long-Term Reliability

Engineered with precision, this panel features low-iron tempered glass, POE film, n-type solar cells, a TPT backsheet, IP67 solar connectors, an IP65-rated junction box, and a durable aluminum frame. These high-quality components ensure exceptional durability and reliable performance for years to come.

Optimized Performance in High Temperatures

Thanks to a temperature coefficient of -0.29%/℃, Renogy's N-Type Solar Panels operate cooler in high temperatures, maintaining better energy production in hot climates compared to p-PERC panels. This makes them an ideal choice for challenging environments.

Advanced 16BB Cell Technology

Equipped with 16-busbar (16BB) cell technology, these panels offer higher energy conversion rates while improving durability. The advanced design minimizes the risk of microcracks, ensuring a longer lifespan and consistent power output.

Reinforced Aluminum Frame for Maximum Durability

The robust aluminum alloy frame, with a thickness of over 1.1mm, provides superior strength and protection compared to competitor panels. This sturdier frame enhances the panel's ability to withstand harsh weather conditions, including high wind and snow loads.

Broad Compatibility with Charge Controllers

Designed with an open-circuit voltage of less than 25V, this panel is compatible with 99% of MPPT and PWM charge controllers, making it a versatile option for a wide range of solar setups.

Compact Design for Easy Installation and Expansion

This 100W n-type solar panel is 8% lighter and 11% smaller than its p-type PERC counterpart. Its compact size simplifies installation and leaves additional space for panel expansion, making it perfect for both small and large-scale solar systems.

Premier Choice for Multiple Applications

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Package Includes

1 x 100w N-type Solar Panel
1 x User Manual
1 x Warranty Card

100 Watt TOPcon Solar Panel
Module Performance
Max Power at STC: 100W	Module Efficiency: 20%
Open Circuit Voltage: 22.79V	Short Circuit Current: 5.31A
Optimum Operating Voltage: 19.97V	Optimum Operating Current: 5.01A
Maximum System Voltage: 600VDC	Maximum Series Fuse Rating: 15A
Operating Temperature: -40°F~194°F / -40℃~90℃	Dimensions: 865x578x30mm/34.1x22.8x1.2in
Weight: 5.9kg/13.0lbs	Output Cables: 14 AWG (1.96 ft long)
Cell Type: Monocrystalline (6.3 x 6.3 in)	Number of Cells: 36 (3 x 12)
Manufactured in a Certified ISO 9001 Facility: YES
Warranty	10-year output warranty & material and workmanship warranty

1.What do I need to complete my off-grid solar power system?

To set up an off-grid solar power system, you’ll need a solar panel connected to a charge controller to regulate the current and a battery to store the generated electricity. Additionally, adapter kit cables are required to connect the solar panel(s) to the charge controller, and tray cables are necessary to link the charge controller to a deep-cycle battery. These components work together to ensure a reliable and efficient power system.

2.What does off-grid and on-grid mean?

On-grid systems are solar power setups connected to the electrical grid, allowing you to draw power from the grid when needed. In contrast, off-grid systems operate independently of the grid, storing the power they generate for later use. This makes off-grid systems ideal for areas without reliable grid access and ensures they remain unaffected by grid blackouts.

3.Why is my solar panel underproducing power?

Several factors can affect the performance of your solar panel. The most common causes include environmental conditions such as indirect sunlight, high temperatures, cloudy weather, and the accumulation of dirt or stains on the panel's surface glass. These issues can reduce power output, but regular cleaning and proper positioning can help maintain optimal performance.

4.How should I connect solar panels in my electrical circuit - series or parallel?

Solar panels can be connected in series or parallel to match the requirements of your electrical circuit and power demand. In a series connection, the operating voltages of the panels are added together, while the system current remains the same as that of a single panel. In contrast, a parallel connection combines the operating currents of individual panels to produce a higher system current, while the system voltage remains the same as that of a single panel. For optimal power output and to meet your system's specifications, you can use a combination of both series and parallel connections.

5.How many solar panels do I need?

To determine the number of solar panels required, start by calculating the power load your system needs. Power is measured in watts, while capacity is measured in watt-hours. Capacity is calculated by multiplying the power output in watts by the number of hours of operation, then factoring in a safety margin of 1.5 to 2. It’s advisable to size your battery bank first based on the minimum capacity required. Once the battery size is determined, you can decide how many panels are needed to provide the necessary power input.

6.What is the meaning of 12V in the product title? Why is this value different from the voltage of the solar panel?

When viewing a product title like "xxx Watt 12 Volt Monocrystalline Solar Panel," the "12V" refers to the compatibility of the panel with a 12V system, such as a 12V battery, rather than the actual voltage of the solar panel (Voc or Vmp). These are two distinct values with different purposes: the "12V" indicates the system the panel is designed for, while the panel's actual voltage determines its operating characteristics.

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