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Looking for a high-power solar module for your next project? Contact Jingsun to discuss the suitable power rating, technical documentation and project requirements.

The Jingsun JAM144D 820–850N Series is a bifacial double-glass photovoltaic module family built around 210mm N-type half-cut solar cells. The series offers rated power options from 820W to 850W, allowing project developers, EPC contractors, distributors and solar procurement teams to compare output classes within one product family.
 

Its half-cell configuration is designed to support high power output and improve module behaviour under relevant operating conditions. The bifacial construction can capture reflected light on the rear side when the installation layout and site conditions allow, while the double-glass design provides glass on both sides of the module.
 

For project selection, review the exact electrical characteristics of each power class alongside inverter limits, string design, mounting structure, site conditions and applicable local requirements.
 

The following values are transcribed from the supplied product datasheet. Confirm the latest approved datasheet before engineering design or purchase.

The supplied datasheet lists the following model ratings and module efficiencies at STC.

A bifacial module can receive irradiance on both the front and rear surfaces. The amount of rear-side contribution is not a fixed percentage of total energy yield: it depends on factors such as ground albedo, mounting height, row spacing, tracker or fixed-tilt configuration, rear-side shading, terrain and local weather.
 

The supplied datasheet lists a bifaciality of 70% ±10%. Bifaciality describes the relationship between rear-side and front-side electrical response under defined test conditions; it should not be interpreted as a guaranteed 70% increase in plant energy production.

For a project-specific yield estimate, use the selected module's approved electrical data and an engineering model that reflects the site layout and environmental conditions. Request the current datasheet and any available validated test documentation from Jingsun before final design.
 

The JAM144D datasheet lists a Pmax temperature coefficient of −0.260%/°C. This value can be used in performance modelling to estimate how module maximum power changes as cell temperature moves away from the standard test condition of 25°C. Actual energy yield also depends on irradiance, wind, mounting configuration, inverter operation and other site variables.
 

The datasheet lists front/rear maximum test loads of 5400Pa/2400Pa and front/rear maximum design loads of 3600Pa/1600Pa. These values are not a substitute for project-specific structural engineering. Confirm mounting zones, clamp positions, wind and snow loads, installation orientation and the latest installation manual before deployment.
 

The half-cell layout is described in the supplied datasheet as supporting reduced shading effects, lower hot-spot risk and improved tolerance to mechanical loading. These are design-related benefits, not a guarantee that shading, hot spots or module damage cannot occur.
 

Utility-scale ground-mounted solar power plants.

Large solar farm projects where high module power is relevant to system layout and balance-of-system design.

Bifacial installations with suitable ground reflectivity, mounting geometry and rear-side clearance.

Commercial or industrial projects only where module dimensions, weight, structural design and electrical configuration are appropriate.

Projects requiring engineering review of 1500V DC system architecture, subject to applicable regulations and equipment compatibility.
 

Before finalizing the module selection, project designers should check the following items against the exact selected model and the complete system design:
 

Inverter maximum DC voltage and MPPT operating voltage range.

Cold-condition string open-circuit voltage and hot-condition operating voltage.

String current, short-circuit current, parallel string count and fuse requirements.

Module dimensions, weight, clamp zones, mounting orientation and structural loading.

Connector type, cable length, cable routing and electrical compatibility.

Local grid, electrical, fire-safety, transport and installation requirements.

The datasheet includes model-specific electrical parameters at STC and BNPI. Use the complete, current datasheet for detailed design; do not estimate string size from rated wattage alone.

Jingsun can discuss project requirements for the JAM144D 820–850N Series, including selection of the required power class and available configuration options. The supplied datasheet notes that frame colour and cable length can be customized upon request, subject to confirmation for the specific order.
 

For a quotation, share the target quantity, delivery destination, preferred power rating, project type, expected delivery schedule and any required certification or documentation. Jingsun can then confirm availability, configuration, packaging, lead time and commercial terms for the requested order.
 

Planning a utility-scale or large commercial solar project? Share your target capacity, project location, required module power and delivery schedule with Jingsun. Our team can help you review the relevant product documentation and prepare a quotation based on your project requirements.

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