Huasun Solar Panel 700W 705W 710W 715W 720W Hjt Bificial Solar Panel Price New Energy Monocrystalline 700W with Lithium Ion Battery for Home Energy System

Product Description

Product Description

The Huasun 700W+ series represents the pinnacle of Heterojunction (HJT) technology. Designed for large-scale ground-mounted systems and solar farms, these modules combine G12 210mm large wafers with N-type HJT cells to deliver maximum power density and the lowest Levelized Cost of Energy (LCOE) in the industry.

Product Parameters

Electrical Characteristics (STC*)
HS-210-B132	DS700	DS705	DS710	DS710	DS720
Maximum Power (Pmax/W)	700	705	710	715	720
Module Efficiency (%)	22.53	22.70	22.86	23.02	23.18
Maximum Power Voltage (Vmp/V)	41.78	41.87	41.96	42.05	42.14
Maximum Power Current (lmp/A)	16.76	16.84	16.93	17.02	17.10
Open Circuit Voltage (Voc/V)	49.77	49.87	49.97	50.07	50.27
Short Circuit Current (lsc/A)	17.18	17.90	17.99	18.08	18.17
STC: AM1.5,1000W/m2.25ºC.
Operating Conditions
Nominal Operating Cell Temp.	44±2C
Operating Temperature	-40~+85C
Maximum System Voltage	DC1500V (IEC)
Maxiumu Series Fuse Rating	35A
Tolerance of Pmax	0~+3%
Power Selection	0~+5W
Safety Class	Class ll
Mechanical Characteristics
Cell Type	HJT
No. of Cells	132(6x22)
Dimensions	2384x1303x33 mm
Weight	37.9kg
Junction Box	IP68
Cable	4mm2:+350/-250mm or customized: UV resistant
Connector	MC4/MC4-Ev02A/PV-H4/Z4S-abcd/ST4
Frame	Anodized aluminum aloy frame
Max Static Load (front side/rear side)	5400Pa/2400Pa
Glass	Dual glass,2.0mm

Features

• Ultra-High Power Output: Breaking the 700W barrier, the G12-132 cell layout maximizes sunlight absorption, reducing the number of modules needed and lowering BOS (Balance of System) costs.

• Industry-Leading Bifaciality: With a bifaciality factor of 85%-90%, this module captures significantly more energy from the backside, making it perfect for tracking systems and high-albedo environments (sand, snow, or gravel).

• Exceptional Low-Light Performance: HJT technology excels in dawn, dusk, and cloudy conditions, extending the effective generation hours of your solar farm.

• Minimal Degradation: Experience nearly zero Light Induced Degradation (LID). Our HJT modules offer a 30-year power warranty with a first-year degradation of ≤1% and an annual linear degradation of ≤0.375%.

• Superb Temperature Resistance: A temperature coefficient of -0.26%/°C ensures that as temperatures rise in summer, your energy production stays stable compared to standard mono-PERC panels.

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FAQ

1. Why is 700W+ HJT better for solar farms than 550W PERC modules?

High-power 700W+ modules reduce the total number of panels required for the same capacity. This leads to massive savings in racking, cabling, labor, and land use. Combined with HJT's higher energy yield per watt, the total project ROI is significantly improved.

2. How does the 90% bifaciality affect my energy harvest?

Standard modules only harvest about 70% of rear-side energy. Huasun HJT's 90% bifaciality allows the back of the panel to be nearly as efficient as the front. In ground-mount projects with reflective soil or trackers, this can result in a 10% to 30% increase in total energy production.

3. Is the 210mm G12 cell compatible with current tracking systems?

Yes. Our 700W+ modules are designed to be compatible with major global tracking systems (like Nextracker, GameChange Solar, etc.). The mechanical load capacity is reinforced (5400Pa front / 2400Pa back) to ensure stability in high-wind environments.

4. What makes HJT more reliable in extreme heat?

HJT cells have a much lower temperature coefficient (-0.26%/°C) than TOPCon (-0.30%) or PERC (-0.35%). In desert environments where cell temperatures exceed 65°C, Huasun HJT panels lose significantly less power, maintaining high performance when energy demand is at its peak.

5. Does the double-glass design help with environmental durability?

Absolutely. The Double Glass (Dual Glass) construction provides a hermetic seal that protects cells from moisture, salt spray, and ammonia. This makes the modules ideal for coastal areas, agricultural-solar projects, and regions with high humidity.