Tier 1 Brand, 585W-605W Mono Bifacial Dual-Glass Solar Module

585W-605W N-Type TOPCon Bifacial Dual-Glass Solar Panel

The 585W-605W bifacial solar panel uses N-type TOPCon cell technology and a dual-glass module structure for commercial, industrial and utility-scale photovoltaic projects. Five power classes from 585W to 605W are available, with module efficiency reaching up to 23.5%.

With a standardized 2278 × 1134 × 30mm module format, 1500VDC system compatibility, IP68 junction box and bifacial energy-generation capability, the module is designed for distributors, EPC contractors, project developers and professional solar installers.

The double-glass construction uses 2.0mm front and rear glass, while published mechanical-load capability reaches 5400Pa on the front side and 2400Pa on the rear side.

           Request a Quote        

585W-605W TOPCon Bifacial Module Specifications

Download 585W-605W Solar Panel Datasheet

                   182N-16BB 585W-605W N-Type TOPCon Bifacial Module PDF        

Up to 23.5% Module Efficiency

The product family covers five power classes from 585W to 605W, with published module efficiency ranging from 22.7% to 23.5% under standard test conditions.

Higher module efficiency can reduce the module area required for a given DC capacity where project layout, structural design and electrical conditions permit.

Final project energy yield should be evaluated using local irradiation, temperature, rear-side irradiance, inverter configuration and system losses rather than module STC efficiency alone.

N-Type TOPCon Cell Technology

The 182N-16BB module platform uses N-type TOPCon photovoltaic cell technology for high-power commercial and utility module applications.

The module architecture is designed to combine high front-side output with bifacial rear-side energy generation when the installation provides suitable rear irradiance.

Bifacial Dual-Glass Module Construction

The module uses a bifacial dual-glass structure with 2.0mm glass on both the front and rear sides.

Front-side solar irradiation provides the primary rated output, while rear-side reflected irradiance can contribute additional energy depending on ground albedo, installation height, row spacing, tracker or mounting configuration and rear-side shading.

Bifacial energy gain is project-specific and should be modeled for the actual site rather than expressed as a fixed percentage.

2278 × 1134 × 30mm Standard Module Format

The 585W-605W module measures 2278 × 1134 × 30mm and weighs approximately 32kg.

This module format is widely used for high-power commercial and utility photovoltaic modules, allowing system designers to evaluate mounting structures, trackers, clamps and logistics using a standardized module footprint.

Mounting-system compatibility should always be confirmed against the final module drawing and approved clamping zones.

1500VDC System Compatibility

The current product information specifies compatibility with photovoltaic systems up to 1500VDC.

Maximum string length must be calculated using module open-circuit voltage, the Voc temperature coefficient and the lowest expected site temperature.

The published maximum series fuse rating is 25A.

           Discuss Your PV String Design        

Mechanical Load and Outdoor Protection

The current product information lists a maximum front-side static load of 5400Pa and a maximum rear-side static load of 2400Pa.

The junction box is specified with IP68 protection, while the dual-glass module structure is intended for long-term outdoor photovoltaic installation.

Project engineers should verify mounting method, clamp position, support configuration and site-specific wind and snow loads before installation.

Operating Temperature and Temperature Coefficients

The published operating-temperature range is -40°C to +85°C, with a nominal operating cell temperature of 44±2°C.

The specification table lists a Pmax temperature coefficient of -0.350%/°C, a Voc temperature coefficient of -0.280%/°C and an Isc temperature coefficient of +0.048%/°C.

These values should be used when evaluating expected module voltage and power behavior under different site temperatures.

Aluminum Alloy and Steel Frame Options

The current product configuration is available with aluminum alloy or steel frame options for different project requirements.

Module Construction and Project Details

Packaging for Container Procurement

The current packaging specification lists 36 modules per pallet and 720 modules per 40HQ container.

Container quantity and packing configuration should be reconfirmed before shipment because final loading can vary with frame option, packaging design and transport requirements.

Product and Linear Performance Warranty

The current product information describes a 12-year product warranty and a 30-year linear performance warranty.

Warranty terms, degradation limits, exclusions and applicable manufacturer documentation should be confirmed according to the exact module brand, model and sales contract.

Typical Applications

Utility-Scale Ground-Mounted Solar Projects

The 585W-605W power range, bifacial structure and 1500VDC system compatibility make the module suitable for evaluation in utility-scale fixed-tilt and compatible tracker projects.

Commercial and Industrial Rooftops

High module power and efficiency can reduce the number of modules required for a target DC capacity where roof loading, dimensions and installation conditions are compatible.

Agrivoltaic Projects

The bifacial module can be evaluated for agrivoltaic mounting structures where rear-side irradiance, installation height and project layout support bifacial energy generation.

High-Albedo Ground Conditions

Sites with higher ground reflectivity can provide increased rear-side irradiance, subject to module elevation, row spacing, mounting design and shading conditions.

How to Match the Module with an Inverter

Check module Voc, Vmp, Isc and Imp against the inverter maximum input voltage, MPPT operating range, maximum input current and maximum short-circuit-current rating.

String open-circuit voltage must be calculated at the lowest expected site temperature using the module Voc temperature coefficient.

For bifacial projects, inverter and string design should also consider potential rear-side current gain under site operating conditions.

How to Improve Bifacial Energy Yield

Bifacial performance depends on rear-side irradiance rather than the module alone.

Project designers should evaluate ground albedo, mounting height, module spacing, tracker or fixed-tilt configuration, rear-side shading and surrounding structures.

A site-specific energy model is recommended when bifacial gain materially affects project economics.

           Get Project Configuration Support        

For Distributors, EPC Contractors and Project Developers

The 585W-605W N-type TOPCon bifacial module is intended for professional photovoltaic procurement and project integration.

Buyers should provide the destination market, required wattage, project type, inverter model, mounting configuration, required quantity and documentation requirements when requesting a quotation.

For utility and commercial projects, required certificates, connector configuration, cable length, frame option, packaging and warranty documentation should also be confirmed before ordering.

           Get Pricing & Technical Support        

Frequently Asked Questions About 585W-605W Bifacial Solar Panels

What power ratings are available?

The module family includes 585W, 590W, 595W, 600W and 605W power classes.

What is the maximum module efficiency?

The published module efficiency reaches up to 23.5% for the 605W model.

Is this an N-type TOPCon solar module?

Yes. The current model is based on an N-type TOPCon photovoltaic cell platform.

Is the module bifacial?

Yes. The dual-glass module is designed to generate energy from front-side irradiance and usable rear-side reflected irradiance.

How much additional energy can the rear side generate?

Bifacial gain is not a fixed value. It depends on ground reflectivity, mounting height, row spacing, rear shading, tilt or tracker configuration and site irradiation.

What are the module dimensions?

The module measures 2278 × 1134 × 30mm.

How much does the module weigh?

Published module weight is approximately 32kg.

What is the maximum system voltage?

The current product information lists a maximum photovoltaic system voltage of 1500VDC.

What is the maximum series fuse rating?

The published maximum series fuse rating is 25A.

What mechanical loads can the panel withstand?

The current product information lists up to 5400Pa front-side static load and 2400Pa rear-side static load.

What is the junction box protection rating?

The junction box is specified with IP68 protection.

What is the operating temperature range?

The published operating-temperature range is -40°C to +85°C.

How many modules are packed per pallet and container?

The current packaging specification lists 36 modules per pallet and 720 modules per 40HQ container.

Can I use this module with a string inverter?

Yes, provided the module voltage and current characteristics are compatible with the inverter MPPT range, maximum DC voltage, input-current limit and short-circuit-current limit.

Are aluminum and steel frame versions available?

The current product information lists both aluminum alloy and steel frame options. Final frame availability should be confirmed when ordering.

What warranty is available?

The current product information describes a 12-year product warranty and a 30-year linear performance warranty. Exact warranty conditions should be confirmed for the supplied module brand and contract.

What information should I provide when requesting a quotation?

Please provide the destination country, required module wattage, project type, inverter model, mounting system, required quantity, frame preference and documentation requirements.

           Contact Ocean Solar