445-465W N-type Bifacial Double Glass Solar Module | LCSOLAR

The module uses 2.0+2.0mm AR-coated heat-strengthened glass on both faces, so it captures direct front-side irradiance and ground-reflected light on the rear simultaneously. Its 1762×1134×30mm footprint and 24.5kg weight suit standard utility-scale racking and tracker clamps without custom hardware. An IP68 junction box, MC4-compatible connectors and 4mm² cables (±1100mm) speed up field wiring, while 37 modules per pallet and 740 per 40'HC container keep freight cost per watt low.

Full Specification Sheet

Product Basic Information

Electrical Characteristics (STC & NMOT)

Standard Test Conditions (STC): Irradiance 1000W/m², AM 1.5 Spectrum, Cell Temperature 25°C ,

Nominal Module Operating Temperature (NMOT): Irradiance 800W/m², AM 1.5 Spectrum, Ambient Temperature 20°C, Wind Speed 1m/s

Electrical Characteristics (Bifacial Gain, 10% Rear Irradiation)

Mechanical Parameters

Operating & Environmental Parameters

Temperature Coefficients (STC)

Certifications & Warranty

Key Advantages for Utility-Scale Industrial Solar Stakeholders

Superior Power Density with 210mm N-type Half-Cut Cells

At the top of the range the 465W grade reaches [[23.3%]] module efficiency at STC, among the highest power densities available in a 1762×1134mm frame. 210mm N-type half-cut cells with SMBB (super-multi-busbar) design cut resistive losses and lift low-light output, so the module keeps generating through dawn, dusk and overcast hours. With 80±5% bifaciality it adds rear-side yield on high-albedo ground, typically 10-25% extra annual energy in utility-scale fixed-tilt and tracker arrays. A 0~+3% positive power tolerance means every module ships at or above nameplate, keeping string sizing and yield models predictable.

Ultra-Low Degradation & Long-Term Reliability

N-type cell technology suppresses light-induced and potential-induced degradation. The module carries a 30-year linear power warranty with a maximum [[1.0%]] first-year degradation, [[0.4%]] per year thereafter, and at least [[87.4%]] of nameplate power at year 30. Its −0.28%/°C Pmax temperature coefficient limits high-temperature losses, a decisive advantage at open-field utility sites in hot, high-irradiance regions. Dual 2.0mm heat-strengthened glass and an anodised aluminium frame carry [[5400Pa]] front and [[2400Pa]] rear static loads, and the unit is tested against 25mm hailstones at 23m/s. An IP68 junction box protects the module against dust and water ingress.

Built for Container-Load Deployment

Everything about this module is sized for volume. 1500V DC system voltage cuts string count and balance-of-system cost per megawatt. Customisable 4mm² cables (±1100mm) and MC4-compatible connectors reduce on-site wiring time, and the anodised frame accepts mainstream clamp positions for both fixed-tilt and single-axis tracker racking. Packaging at [[37]] modules per pallet and [[962]] per 40'HC container is optimised for container-load delivery and site storage, supporting the bulk schedules utility-scale developers and EPC contractors plan around.

Certifications & Warranty

This utility-scale industrial solar module complies with the strictest international standards, holding certifications including IEC 61215:2021, IEC 61730:2023, CE, and China Quality Certification Centre Solar Product Certification. Our manufacturing is certified under ISO 9001:2015, ISO 14001:2015, and ISO 45001:2018 management systems. We provide a 15-year material and workmanship warranty, paired with a 30-year linear power output warranty, delivering long-term investment security for industrial project owners.

Target Applications

Built for utility-scale and large-scale distributed generation. Typical deployments include centralized ground-mount PV plants, single-axis tracker and fixed-tilt arrays, agrivoltaic and high-albedo desert sites where bifacial gain is highest, and industrial self-consumption systems in the megawatt range. The module is specified by utility-scale developers, EPC contractors, solar system integrators and industrial energy management teams that procure by container load and require documented IEC certification, traceable quality data and a 30-year performance warranty. For high-albedo ground and tracker installations, bifacial gain of 10-25% should be modelled in the yield study.

FAQs

What is the maximum system voltage of the 445-465W 210mm N-type industrial solar module?

1500V DC. Higher string voltage means fewer strings, less DC cabling and a lower balance-of-system cost per megawatt — a direct advantage on utility-scale ground-mount layouts.

How does the bifacial design benefit utility-scale projects?

With 80±5% bifaciality the module harvests ground-reflected light on the rear face in addition to front-side irradiance. On high-albedo ground and elevated tracker mounts this typically adds 10-25% annual energy yield, improving project IRR. The actual gain depends on albedo, mounting height and row pitch, so we recommend modelling it in the yield study.

What is the MOQ, and can LCSOLAR customise the module?

Standard MOQ is 740 modules per power grade, quoted container-load for utility-scale orders. OEM and ODM are available: frame colour, label and nameplate branding, junction box and connector brand, cable length and packaging can all be specified. Custom tooling lead time is 4 weeks.

Can you send the datasheet, IEC certificates and test reports?

Yes. We supply the full technical datasheet, IEC 61215:2021 and IEC 61730:2023 certificates, ISO management system certificates and factory flash test data on request. Send your project details to info@lp-solar.com and we will return the document pack with the quotation.