Solar Panel Prices in Pakistan Today

The Aiko 665W 3N+ Series Bifacial Panel is a bifacial photovoltaic module rated at 665 watts, built around Aiko Solar's N-Type ABC (All Back Contact) cell architecture. By moving every electrical contact to the rear of the cell, the design removes the front-side metal busbars found on conventional panels, increasing the usable light-capturing surface and helping the module reach efficiencies in the mid-20 percent range within Aiko's Stellar and Neostar product families. The N-type silicon base avoids the boron-oxygen defects responsible for light-induced degradation in older P-type cells, so first-year output loss is typically limited to around 1 percent, with subsequent annual degradation held to roughly 0.35 percent under Aiko's published warranty terms.

The Aiko 770W Bifacial Panel is a bifacial photovoltaic module rated at 770 watts, built around Aiko Solar's N-Type ABC (All Back Contact) cell architecture. By moving every electrical contact to the rear of the cell, the design removes the front-side metal busbars found on conventional panels, increasing the usable light-capturing surface and helping the module reach efficiencies in the mid-20 percent range within Aiko's Stellar and Neostar product families. The N-type silicon base avoids the boron-oxygen defects responsible for light-induced degradation in older P-type cells, so first-year output loss is typically limited to around 1 percent, with subsequent annual degradation held to roughly 0.35 percent under Aiko's published warranty terms.

The Astronergy 715W Bifacial Solar Panel belongs to Astronergy's ASTRO series of N-Type TOPCon bifacial modules, produced by Astronergy (a subsidiary of the CHINT Group) and rated at 715 watts. TOPCon, short for Tunnel Oxide Passivated Contact, adds an ultra-thin passivation layer to the rear of the cell that reduces electron recombination and lifts both voltage and efficiency compared with standard PERC cells. Depending on the specific ASTRO generation, Astronergy's TOPCon cells are paired with SMBB or zero-busbar (ZBB) ribbon interconnection to improve current collection and reduce microcrack risk, and the series has demonstrated bifaciality figures reported up to around 85 percent in Astronergy's published datasheets.

The Canadian 715W Bifacial Solar Panel is part of Canadian Solar's HiKu bifacial platform, sold under the TOPHiKu6 or TOPBiHiKu7 naming depending on cell format, and rated at 715 watts. These modules use N-type TOPCon cells, which add a passivated rear contact layer to reduce recombination losses versus conventional PERC cells, and Canadian Solar's published datasheets report module efficiencies of up to roughly 23 percent along with power bifaciality figures reaching approximately 85 percent under standard test conditions. The dual-glass bifacial construction lets the rear face generate additional energy from reflected light in appropriately sited installations, such as elevated racking, carports or light-coloured ground cover.

The JA 625W Bifacial Solar Panel is manufactured by JA Solar as part of its DeepBlue 4.0 platform, rated at 625 watts and built on N-type TOPCon half-cut cells using JA Solar's Bycium+ passivation technology. This passivated contact layer raises cell open-circuit voltage and reduces recombination losses compared with earlier P-type PERC designs, and JA Solar's published datasheets report module efficiencies of roughly 22 to 23 percent for this bifacial series, along with bifaciality in the region of 80 percent, meaning the rear face can add meaningfully to total energy yield depending on ground reflectivity and mounting height.

The LONGi Hi-MO X7 620W Bifacial Panel is part of LONGi's Hi-MO X7 series, rated at 620 watts and built on LONGi's HPBC (Hybrid Passivated Back Contact) N-type cell technology. Like other back-contact designs, HPBC relocates the cell's electrical contacts to the rear surface, eliminating visible front-side busbars and giving the module a clean, uniform appearance while increasing the active light-absorbing area. LONGi reports HPBC cell efficiencies exceeding 25.5 percent at the cell level, and the Hi-MO X7 series is offered in bifacial dual-glass configurations that allow the rear surface to capture reflected light in suitably sited installations, adding to the panel's front-side rated output.

The Risen HJT 740W Bifacial Solar Panel uses Risen Energy's heterojunction (HJT) cell technology, rated at 740 watts under the company's Hyper-ion or Titan HJT product lines. HJT cells combine a crystalline silicon wafer with thin layers of amorphous silicon to form the junction, a structure that typically yields a lower temperature coefficient than TOPCon or PERC cells, commonly cited in Risen's literature at around -0.24 to -0.26 percent per degree Celsius, helping the module retain more of its rated output in hot operating conditions. Risen's HJT modules are supplied in bifacial dual-glass format, with published bifaciality figures reaching as high as 90 percent, supporting strong rear-side energy capture in reflective or elevated installations.

The Trina 630W Bifacial Solar Panel is part of Trina Solar's Vertex N series, rated at 630 watts and built on the company's N-type i-TOPCon cell technology. TOPCon cells add a passivated tunnel-oxide layer to the rear contact, cutting recombination losses and lifting efficiency relative to standard PERC cells, and Trina's published datasheets report module efficiencies of up to roughly 23 percent for this bifacial dual-glass series, together with power bifaciality of about 80 percent, meaning the rear face can meaningfully add to total energy yield in ground-mount or elevated installations with reflective surroundings.

The Trina 715W Bifacial Solar Panel is part of Trina Solar's Vertex N series, rated at 715 watts and built on the company's N-type i-TOPCon cell technology. TOPCon cells add a passivated tunnel-oxide layer to the rear contact, cutting recombination losses and lifting efficiency relative to standard PERC cells, and Trina's published datasheets report module efficiencies of up to roughly 23 percent for this bifacial dual-glass series, together with power bifaciality of about 80 percent, meaning the rear face can meaningfully add to total energy yield in ground-mount or elevated installations with reflective surroundings.

The Canadian 580W N-Type Bifacial is part of Canadian Solar's HiKu bifacial platform, sold under the TOPHiKu6 or TOPBiHiKu7 naming depending on cell format, and rated at 580 watts. These modules use N-type TOPCon cells, which add a passivated rear contact layer to reduce recombination losses versus conventional PERC cells, and Canadian Solar's published datasheets report module efficiencies of up to roughly 23 percent along with power bifaciality figures reaching approximately 85 percent under standard test conditions. The dual-glass bifacial construction lets the rear face generate additional energy from reflected light in appropriately sited installations, such as elevated racking, carports or light-coloured ground cover.

The JA 595W N-Type Bifacial is manufactured by JA Solar as part of its DeepBlue 4.0 platform, rated at 595 watts and built on N-type TOPCon half-cut cells using JA Solar's Bycium+ passivation technology. This passivated contact layer raises cell open-circuit voltage and reduces recombination losses compared with earlier P-type PERC designs, and JA Solar's published datasheets report module efficiencies of roughly 22 to 23 percent for this bifacial series, along with bifaciality in the region of 80 percent, meaning the rear face can add meaningfully to total energy yield depending on ground reflectivity and mounting height.

The JA 720W N-Type Bifacial is manufactured by JA Solar as part of its DeepBlue 4.0 platform, rated at 720 watts and built on N-type TOPCon half-cut cells using JA Solar's Bycium+ passivation technology. This passivated contact layer raises cell open-circuit voltage and reduces recombination losses compared with earlier P-type PERC designs, and JA Solar's published datasheets report module efficiencies of roughly 22 to 23 percent for this bifacial series, along with bifaciality in the region of 80 percent, meaning the rear face can add meaningfully to total energy yield depending on ground reflectivity and mounting height.

The Jinko 620W N-Type Bifacial is part of JinkoSolar's Tiger Neo range, rated at 620 watts and built on N-type TOPCon cells using Jinko's HOT (High-efficiency Oriented Technology) passivation and SMBB interconnection. Jinko's published datasheets for the Tiger Neo bifacial series report module efficiencies reaching into the low-to-mid 20 percent range and power bifaciality of roughly 85 percent, meaning the rear face of the dual-glass module can meaningfully add to total output in ground-mount, carport or elevated commercial installations with reflective surroundings.

The Jinko 630W N-Type Bifacial is part of JinkoSolar's Tiger Neo range, rated at 630 watts and built on N-type TOPCon cells using Jinko's HOT (High-efficiency Oriented Technology) passivation and SMBB interconnection. Jinko's published datasheets for the Tiger Neo bifacial series report module efficiencies reaching into the low-to-mid 20 percent range and power bifaciality of roughly 85 percent, meaning the rear face of the dual-glass module can meaningfully add to total output in ground-mount, carport or elevated commercial installations with reflective surroundings.

The Jinko 705W N Type Bifacial Panel With 24 BB is part of JinkoSolar's Tiger Neo range, rated at 705 watts and built on N-type TOPCon cells using Jinko's HOT (High-efficiency Oriented Technology) passivation and SMBB interconnection. Jinko's published datasheets for the Tiger Neo bifacial series report module efficiencies reaching into the low-to-mid 20 percent range and power bifaciality of roughly 85 percent, meaning the rear face of the dual-glass module can meaningfully add to total output in ground-mount, carport or elevated commercial installations with reflective surroundings.

The Jinko 720W N-Type Bifacial is part of JinkoSolar's Tiger Neo range, rated at 720 watts and built on N-type TOPCon cells using Jinko's HOT (High-efficiency Oriented Technology) passivation and SMBB interconnection. Jinko's published datasheets for the Tiger Neo bifacial series report module efficiencies reaching into the low-to-mid 20 percent range and power bifaciality of roughly 85 percent, meaning the rear face of the dual-glass module can meaningfully add to total output in ground-mount, carport or elevated commercial installations with reflective surroundings.

The Longi Himo x10 650W Bifacial Panel is part of LONGi's Hi-MO X10 series, rated at 650 watts and built on the company's second-generation HPBC 2.0 back-contact cell platform. LONGi states that HPBC 2.0 cells exceed 25.8 percent efficiency at the cell level, helped by a Bipolar Hybrid Passivation structure that LONGi reports raises individual cell voltage to roughly 745mV. The series is offered in bifacial dual-glass form, and LONGi's marketing materials describe rear-side energy gains of up to about 30 percent depending on ground albedo, mounting height and site conditions, making it relevant for ground-mount, carport and elevated commercial installations as well as residential rooftops.

The Risen 700W HJT Bifacial uses Risen Energy's heterojunction (HJT) cell technology, rated at 700 watts under the company's Hyper-ion or Titan HJT product lines. HJT cells combine a crystalline silicon wafer with thin layers of amorphous silicon to form the junction, a structure that typically yields a lower temperature coefficient than TOPCon or PERC cells, commonly cited in Risen's literature at around -0.24 to -0.26 percent per degree Celsius, helping the module retain more of its rated output in hot operating conditions. Risen's HJT modules are supplied in bifacial dual-glass format, with published bifaciality figures reaching as high as 90 percent, supporting strong rear-side energy capture in reflective or elevated installations.

The Trina 720W N-Type Bifacial is part of Trina Solar's Vertex N series, rated at 720 watts and built on the company's N-type i-TOPCon cell technology. TOPCon cells add a passivated tunnel-oxide layer to the rear contact, cutting recombination losses and lifting efficiency relative to standard PERC cells, and Trina's published datasheets report module efficiencies of up to roughly 23 percent for this bifacial dual-glass series, together with power bifaciality of about 80 percent, meaning the rear face can meaningfully add to total energy yield in ground-mount or elevated installations with reflective surroundings.

The Yingli 590W N-Type Bifacial belongs to Yingli Solar's PANDA series of N-type TOPCon bifacial modules, rated at 590 watts. Yingli was an early developer of N-type bifacial cell technology in China, and the PANDA platform combines front-side laminated composite film passivation with a rear tunnel-oxide passivated contact layer, which the company states raises cell open-circuit voltage above 710mV. Yingli's published literature for the PANDA bifacial series cites bifaciality above 90 percent under favourable conditions, along with additional energy yield of up to roughly 30 percent from rear-side generation depending on installation albedo and mounting configuration.

The ZNShine 585W N-Type Bifacial is an N-type TOPCon bifacial dual-glass module rated at 585 watts, produced by ZNShine Solar, a Chinese photovoltaic manufacturer that has been active in module production since the early 2010s. Like other TOPCon designs, the cell uses a passivated tunnel-oxide rear contact layer that reduces electron recombination and improves both voltage and efficiency compared with standard PERC cells, while the dual-glass bifacial format allows the module's rear surface to capture reflected light from the ground or mounting structure in suitable installations, adding to its front-side rated output.

The Astronergy 580W N-Type Bifacial Solar Panel belongs to Astronergy's ASTRO series of N-Type TOPCon bifacial modules, produced by Astronergy (a subsidiary of the CHINT Group) and rated at 580 watts. TOPCon, short for Tunnel Oxide Passivated Contact, adds an ultra-thin passivation layer to the rear of the cell that reduces electron recombination and lifts both voltage and efficiency compared with standard PERC cells. Depending on the specific ASTRO generation, Astronergy's TOPCon cells are paired with SMBB or zero-busbar (ZBB) ribbon interconnection to improve current collection and reduce microcrack risk, and the series has demonstrated bifaciality figures reported up to around 85 percent in Astronergy's published datasheets.

The Astronergy 585W N-Type Bifacial Panel With 20BB belongs to Astronergy's ASTRO series of N-Type TOPCon bifacial modules, produced by Astronergy (a subsidiary of the CHINT Group) and rated at 585 watts. TOPCon, short for Tunnel Oxide Passivated Contact, adds an ultra-thin passivation layer to the rear of the cell that reduces electron recombination and lifts both voltage and efficiency compared with standard PERC cells. Depending on the specific ASTRO generation, Astronergy's TOPCon cells are paired with SMBB or zero-busbar (ZBB) ribbon interconnection to improve current collection and reduce microcrack risk, and the series has demonstrated bifaciality figures reported up to around 85 percent in Astronergy's published datasheets.

The Astronergy 585W N-Type Bifacial belongs to Astronergy's ASTRO series of N-Type TOPCon bifacial modules, produced by Astronergy (a subsidiary of the CHINT Group) and rated at 585 watts. TOPCon, short for Tunnel Oxide Passivated Contact, adds an ultra-thin passivation layer to the rear of the cell that reduces electron recombination and lifts both voltage and efficiency compared with standard PERC cells. Depending on the specific ASTRO generation, Astronergy's TOPCon cells are paired with SMBB or zero-busbar (ZBB) ribbon interconnection to improve current collection and reduce microcrack risk, and the series has demonstrated bifaciality figures reported up to around 85 percent in Astronergy's published datasheets.

The Astronergy 615W N-Type Bifacial Solar Panel belongs to Astronergy's ASTRO series of N-Type TOPCon bifacial modules, produced by Astronergy (a subsidiary of the CHINT Group) and rated at 615 watts. TOPCon, short for Tunnel Oxide Passivated Contact, adds an ultra-thin passivation layer to the rear of the cell that reduces electron recombination and lifts both voltage and efficiency compared with standard PERC cells. Depending on the specific ASTRO generation, Astronergy's TOPCon cells are paired with SMBB or zero-busbar (ZBB) ribbon interconnection to improve current collection and reduce microcrack risk, and the series has demonstrated bifaciality figures reported up to around 85 percent in Astronergy's published datasheets.

The Astronergy 605W N-Type Bifacial belongs to Astronergy's ASTRO series of N-Type TOPCon bifacial modules, produced by Astronergy (a subsidiary of the CHINT Group) and rated at 605 watts. TOPCon, short for Tunnel Oxide Passivated Contact, adds an ultra-thin passivation layer to the rear of the cell that reduces electron recombination and lifts both voltage and efficiency compared with standard PERC cells. Depending on the specific ASTRO generation, Astronergy's TOPCon cells are paired with SMBB or zero-busbar (ZBB) ribbon interconnection to improve current collection and reduce microcrack risk, and the series has demonstrated bifaciality figures reported up to around 85 percent in Astronergy's published datasheets.

The Astronergy 610W Bifacial Solar Panel belongs to Astronergy's ASTRO series of N-Type TOPCon bifacial modules, produced by Astronergy (a subsidiary of the CHINT Group) and rated at 610 watts. TOPCon, short for Tunnel Oxide Passivated Contact, adds an ultra-thin passivation layer to the rear of the cell that reduces electron recombination and lifts both voltage and efficiency compared with standard PERC cells. Depending on the specific ASTRO generation, Astronergy's TOPCon cells are paired with SMBB or zero-busbar (ZBB) ribbon interconnection to improve current collection and reduce microcrack risk, and the series has demonstrated bifaciality figures reported up to around 85 percent in Astronergy's published datasheets.

The Astronergy 635W N-Type Bifacial belongs to Astronergy's ASTRO series of N-Type TOPCon bifacial modules, produced by Astronergy (a subsidiary of the CHINT Group) and rated at 635 watts. TOPCon, short for Tunnel Oxide Passivated Contact, adds an ultra-thin passivation layer to the rear of the cell that reduces electron recombination and lifts both voltage and efficiency compared with standard PERC cells. Depending on the specific ASTRO generation, Astronergy's TOPCon cells are paired with SMBB or zero-busbar (ZBB) ribbon interconnection to improve current collection and reduce microcrack risk, and the series has demonstrated bifaciality figures reported up to around 85 percent in Astronergy's published datasheets.

The Astronergy 705W N-Type Bifacial Solar Panel belongs to Astronergy's ASTRO series of N-Type TOPCon bifacial modules, produced by Astronergy (a subsidiary of the CHINT Group) and rated at 705 watts. TOPCon, short for Tunnel Oxide Passivated Contact, adds an ultra-thin passivation layer to the rear of the cell that reduces electron recombination and lifts both voltage and efficiency compared with standard PERC cells. Depending on the specific ASTRO generation, Astronergy's TOPCon cells are paired with SMBB or zero-busbar (ZBB) ribbon interconnection to improve current collection and reduce microcrack risk, and the series has demonstrated bifaciality figures reported up to around 85 percent in Astronergy's published datasheets.

The LONGi Hi-MO X6 590W Monofacial Panel is a monofacial module from LONGi's Hi-MO X6 series, rated at 590 watts and built on the company's first-generation HPBC (Hybrid Passivated Back Contact) N-type cell technology. HPBC cells relocate all electrical contacts to the rear of the silicon, removing the front-side busbars used in conventional panels and increasing the effective light-absorbing surface. LONGi reports HPBC cell efficiencies exceeding 25.5 percent, and the resulting module benefits from a distinctive, uniform front-side appearance that has made the Hi-MO X6 family popular for residential installations where aesthetics are a priority alongside performance.

The Tongwei 585W N-Type Bifacial Solar Panel is manufactured by Tongwei Solar, one of the world's largest producers of polysilicon and solar cells, and is rated at 585 watts. The module uses N-type half-cell technology in a bifacial, dual-glass construction, allowing the rear surface to capture reflected light from the ground or mounting structure and add to the panel's front-side rated output in suitable installations such as elevated commercial racking or reflective ground cover. The N-type cell base helps reduce light-induced degradation compared with conventional P-type PERC modules, supporting steadier long-term energy yield.

The Yingli 705W N-Type Bifacial Solar Panel belongs to Yingli Solar's PANDA series of N-type TOPCon bifacial modules, rated at 705 watts. Yingli was an early developer of N-type bifacial cell technology in China, and the PANDA platform combines front-side laminated composite film passivation with a rear tunnel-oxide passivated contact layer, which the company states raises cell open-circuit voltage above 710mV. Yingli's published literature for the PANDA bifacial series cites bifaciality above 90 percent under favourable conditions, along with additional energy yield of up to roughly 30 percent from rear-side generation depending on installation albedo and mounting configuration.

The Aiko 625W Mono Facial Solar Panel is a monofacial photovoltaic module rated at 625 watts, using Aiko Solar's N-Type ABC (All Back Contact) cell technology. Instead of the silver busbars printed across the front of a conventional cell, the ABC design routes all electrical contacts to the rear, freeing the entire front surface for light absorption and helping the module deliver strong power density for its footprint. Because the design is monofacial, it uses a single tempered front glass paired with a polymer backsheet rather than a rear glass layer, which keeps weight and mounting load lower than a comparable dual-glass panel while still relying on the same N-type cell chemistry used across Aiko's bifacial range.

The Hanersun 620W N Type Bifacial Solar Panel is an N-type bifacial solar module rated at 620 watts, produced by Hanersun, a Chinese photovoltaic manufacturer supplying TOPCon-based modules to distributors across South Asia and other export markets. The panel uses a passivated N-type cell design intended to reduce recombination losses at the rear contact, a characteristic shared with other TOPCon-class modules from larger Chinese manufacturers, and is built in dual-glass bifacial form so that the rear surface can capture reflected light from the ground or mounting structure, adding to the module's front-side rated output where site conditions and installation height allow.

The Huasun 680W Bifacial Solar Panel is manufactured by Huasun Energy, a Chinese solar company that specializes specifically in heterojunction (HJT) cell technology, and is rated at 680 watts. HJT cells combine a crystalline silicon wafer with thin intrinsic and doped amorphous silicon layers to form the p-n junction, a structure that generally gives HJT modules a lower temperature coefficient and lower first-year degradation than TOPCon or PERC alternatives, helping the panel retain more of its rated output in hot climates and over its long-term operating life. Huasun's HJT modules are produced in bifacial, dual-glass form, allowing the rear surface to capture reflected light in ground-mounted or elevated installations.

The LONGi Hi-MO X7 590W Bifacial Panel is part of LONGi's Hi-MO X7 series, rated at 590 watts and built on LONGi's HPBC (Hybrid Passivated Back Contact) N-type cell technology. Like other back-contact designs, HPBC relocates the cell's electrical contacts to the rear surface, eliminating visible front-side busbars and giving the module a clean, uniform appearance while increasing the active light-absorbing area. LONGi reports HPBC cell efficiencies exceeding 25.5 percent at the cell level, and the Hi-MO X7 series is offered in bifacial dual-glass configurations that allow the rear surface to capture reflected light in suitably sited installations, adding to the panel's front-side rated output.

The LONGi Hi MO X10 640W Monofacial Panel is a monofacial module from LONGi's Hi-MO X10 series, rated at 640 watts and based on the company's HPBC 2.0 (Hybrid Passivated Back Contact) N-type cell platform. As with the bifacial versions in this family, all electrical contacts are moved to the rear of the cell, removing front-side busbars and increasing the light-capturing area, with LONGi reporting HPBC 2.0 cell efficiencies above 25.8 percent. Because this variant is monofacial, it uses a single front glass sheet with a rear backsheet rather than dual glass, reducing panel weight while retaining the same high-efficiency back-contact cell technology used across the X10 range.

The LONGi Hi-MO X10 645W Monofacial Panel is a monofacial module from LONGi's Hi-MO X10 series, rated at 645 watts and based on the company's HPBC 2.0 (Hybrid Passivated Back Contact) N-type cell platform. As with the bifacial versions in this family, all electrical contacts are moved to the rear of the cell, removing front-side busbars and increasing the light-capturing area, with LONGi reporting HPBC 2.0 cell efficiencies above 25.8 percent. Because this variant is monofacial, it uses a single front glass sheet with a rear backsheet rather than dual glass, reducing panel weight while retaining the same high-efficiency back-contact cell technology used across the X10 range.

The LONGi Hi MO X10 645W Bifacial Panel is part of LONGi's Hi-MO X10 series, rated at 645 watts and built on the company's second-generation HPBC 2.0 back-contact cell platform. LONGi states that HPBC 2.0 cells exceed 25.8 percent efficiency at the cell level, helped by a Bipolar Hybrid Passivation structure that LONGi reports raises individual cell voltage to roughly 745mV. The series is offered in bifacial dual-glass form, and LONGi's marketing materials describe rear-side energy gains of up to about 30 percent depending on ground albedo, mounting height and site conditions, making it relevant for ground-mount, carport and elevated commercial installations as well as residential rooftops.

The Mesol Alpha 585W N-Type Bifacial Panel is an N-type bifacial dual-glass solar module rated at 585 watts, sold under the Mesol Alpha product name and distributed to installers across South Asian and export markets. Like other N-type panels in this power class, it uses a passivated rear-contact cell structure intended to reduce electron recombination losses relative to older P-type PERC modules, contributing to higher module efficiency and lower first-year light-induced degradation. The bifacial dual-glass construction allows the module's rear surface to capture reflected light from the ground or mounting structure, adding to its front-side rated output in appropriately sited ground-mount or elevated installations.

The Mesol Alpha 620W N-Type Bifacial Panel is an N-type bifacial dual-glass solar module rated at 620 watts, sold under the Mesol Alpha product name and distributed to installers across South Asian and export markets. Like other N-type panels in this power class, it uses a passivated rear-contact cell structure intended to reduce electron recombination losses relative to older P-type PERC modules, contributing to higher module efficiency and lower first-year light-induced degradation. The bifacial dual-glass construction allows the module's rear surface to capture reflected light from the ground or mounting structure, adding to its front-side rated output in appropriately sited ground-mount or elevated installations.

The Mesol Alpha 710W N-Type Bifacial Panel is an N-type bifacial dual-glass solar module rated at 710 watts, sold under the Mesol Alpha product name and distributed to installers across South Asian and export markets. Like other N-type panels in this power class, it uses a passivated rear-contact cell structure intended to reduce electron recombination losses relative to older P-type PERC modules, contributing to higher module efficiency and lower first-year light-induced degradation. The bifacial dual-glass construction allows the module's rear surface to capture reflected light from the ground or mounting structure, adding to its front-side rated output in appropriately sited ground-mount or elevated installations.

The Trina 585W N-Type Bifacial Solar Panel is part of Trina Solar's Vertex N series, rated at 585 watts and built on the company's N-type i-TOPCon cell technology. TOPCon cells add a passivated tunnel-oxide layer to the rear contact, cutting recombination losses and lifting efficiency relative to standard PERC cells, and Trina's published datasheets report module efficiencies of up to roughly 23 percent for this bifacial dual-glass series, together with power bifaciality of about 80 percent, meaning the rear face can meaningfully add to total energy yield in ground-mount or elevated installations with reflective surroundings.

The Trina Solar 590W N-Type Bifacial Panel is part of Trina Solar's Vertex N series, rated at 590 watts and built on the company's N-type i-TOPCon cell technology. TOPCon cells add a passivated tunnel-oxide layer to the rear contact, cutting recombination losses and lifting efficiency relative to standard PERC cells, and Trina's published datasheets report module efficiencies of up to roughly 23 percent for this bifacial dual-glass series, together with power bifaciality of about 80 percent, meaning the rear face can meaningfully add to total energy yield in ground-mount or elevated installations with reflective surroundings.

The Trina Solar 610W N-Type Bifacial Panel is part of Trina Solar's Vertex N series, rated at 610 watts and built on the company's N-type i-TOPCon cell technology. TOPCon cells add a passivated tunnel-oxide layer to the rear contact, cutting recombination losses and lifting efficiency relative to standard PERC cells, and Trina's published datasheets report module efficiencies of up to roughly 23 percent for this bifacial dual-glass series, together with power bifaciality of about 80 percent, meaning the rear face can meaningfully add to total energy yield in ground-mount or elevated installations with reflective surroundings.

The Trina 615W N-Type Bifacial Solar Panel is part of Trina Solar's Vertex N series, rated at 615 watts and built on the company's N-type i-TOPCon cell technology. TOPCon cells add a passivated tunnel-oxide layer to the rear contact, cutting recombination losses and lifting efficiency relative to standard PERC cells, and Trina's published datasheets report module efficiencies of up to roughly 23 percent for this bifacial dual-glass series, together with power bifaciality of about 80 percent, meaning the rear face can meaningfully add to total energy yield in ground-mount or elevated installations with reflective surroundings.

The Trina Solar 620W N-Type Bifacial is part of Trina Solar's Vertex N series, rated at 620 watts and built on the company's N-type i-TOPCon cell technology. TOPCon cells add a passivated tunnel-oxide layer to the rear contact, cutting recombination losses and lifting efficiency relative to standard PERC cells, and Trina's published datasheets report module efficiencies of up to roughly 23 percent for this bifacial dual-glass series, together with power bifaciality of about 80 percent, meaning the rear face can meaningfully add to total energy yield in ground-mount or elevated installations with reflective surroundings.

The Trina 625W N-Type Bifacial Solar Panel is part of Trina Solar's Vertex N series, rated at 625 watts and built on the company's N-type i-TOPCon cell technology. TOPCon cells add a passivated tunnel-oxide layer to the rear contact, cutting recombination losses and lifting efficiency relative to standard PERC cells, and Trina's published datasheets report module efficiencies of up to roughly 23 percent for this bifacial dual-glass series, together with power bifaciality of about 80 percent, meaning the rear face can meaningfully add to total energy yield in ground-mount or elevated installations with reflective surroundings.

The Yingli 615W N-Type Bifacial Solar Panel belongs to Yingli Solar's PANDA series of N-type TOPCon bifacial modules, rated at 615 watts. Yingli was an early developer of N-type bifacial cell technology in China, and the PANDA platform combines front-side laminated composite film passivation with a rear tunnel-oxide passivated contact layer, which the company states raises cell open-circuit voltage above 710mV. Yingli's published literature for the PANDA bifacial series cites bifaciality above 90 percent under favourable conditions, along with additional energy yield of up to roughly 30 percent from rear-side generation depending on installation albedo and mounting configuration.

The Canadian Solar 620W N-Type BiFacial Panel is part of Canadian Solar's HiKu bifacial platform, sold under the TOPHiKu6 or TOPBiHiKu7 naming depending on cell format, and rated at 620 watts. These modules use N-type TOPCon cells, which add a passivated rear contact layer to reduce recombination losses versus conventional PERC cells, and Canadian Solar's published datasheets report module efficiencies of up to roughly 23 percent along with power bifaciality figures reaching approximately 85 percent under standard test conditions. The dual-glass bifacial construction lets the rear face generate additional energy from reflected light in appropriately sited installations, such as elevated racking, carports or light-coloured ground cover.

The JA Solar 605W N-Type BiFacial is manufactured by JA Solar as part of its DeepBlue 4.0 platform, rated at 605 watts and built on N-type TOPCon half-cut cells using JA Solar's Bycium+ passivation technology. This passivated contact layer raises cell open-circuit voltage and reduces recombination losses compared with earlier P-type PERC designs, and JA Solar's published datasheets report module efficiencies of roughly 22 to 23 percent for this bifacial series, along with bifaciality in the region of 80 percent, meaning the rear face can add meaningfully to total energy yield depending on ground reflectivity and mounting height.

The JA Solar 610W N-Type Bifacial is manufactured by JA Solar as part of its DeepBlue 4.0 platform, rated at 610 watts and built on N-type TOPCon half-cut cells using JA Solar's Bycium+ passivation technology. This passivated contact layer raises cell open-circuit voltage and reduces recombination losses compared with earlier P-type PERC designs, and JA Solar's published datasheets report module efficiencies of roughly 22 to 23 percent for this bifacial series, along with bifaciality in the region of 80 percent, meaning the rear face can add meaningfully to total energy yield depending on ground reflectivity and mounting height.

The JA Solar 705W N-Type Bifacial Panel is manufactured by JA Solar as part of its DeepBlue 4.0 platform, rated at 705 watts and built on N-type TOPCon half-cut cells using JA Solar's Bycium+ passivation technology. This passivated contact layer raises cell open-circuit voltage and reduces recombination losses compared with earlier P-type PERC designs, and JA Solar's published datasheets report module efficiencies of roughly 22 to 23 percent for this bifacial series, along with bifaciality in the region of 80 percent, meaning the rear face can add meaningfully to total energy yield depending on ground reflectivity and mounting height.

The JA Solar 710W N-Type Bifacial Panel is manufactured by JA Solar as part of its DeepBlue 4.0 platform, rated at 710 watts and built on N-type TOPCon half-cut cells using JA Solar's Bycium+ passivation technology. This passivated contact layer raises cell open-circuit voltage and reduces recombination losses compared with earlier P-type PERC designs, and JA Solar's published datasheets report module efficiencies of roughly 22 to 23 percent for this bifacial series, along with bifaciality in the region of 80 percent, meaning the rear face can add meaningfully to total energy yield depending on ground reflectivity and mounting height.

The Jinko BDX 585W N-Type Bifacial Panel is part of JinkoSolar's Tiger Neo range, rated at 585 watts and built on N-type TOPCon cells using Jinko's HOT (High-efficiency Oriented Technology) passivation and SMBB interconnection. Jinko's published datasheets for the Tiger Neo bifacial series report module efficiencies reaching into the low-to-mid 20 percent range and power bifaciality of roughly 85 percent, meaning the rear face of the dual-glass module can meaningfully add to total output in ground-mount, carport or elevated commercial installations with reflective surroundings.

The Jinko 585W Monofacial Solar Panel is a monofacial module from JinkoSolar's Tiger Neo range, rated at 585 watts and built on N-type TOPCon cell technology using Jinko's HOT passivation process. The TOPCon architecture adds a passivated tunnel-oxide layer to the rear of the cell, reducing recombination losses and improving both efficiency and voltage relative to conventional P-type PERC cells. Because this variant is monofacial, it pairs a tempered front glass sheet with a polymer backsheet rather than a rear glass layer, reducing weight while retaining the higher efficiency and lower degradation characteristics associated with Jinko's N-type cell platform.

The Longi HiMO X7 605W BiFacial is part of LONGi's Hi-MO X7 series, rated at 605 watts and built on LONGi's HPBC (Hybrid Passivated Back Contact) N-type cell technology. Like other back-contact designs, HPBC relocates the cell's electrical contacts to the rear surface, eliminating visible front-side busbars and giving the module a clean, uniform appearance while increasing the active light-absorbing area. LONGi reports HPBC cell efficiencies exceeding 25.5 percent at the cell level, and the Hi-MO X7 series is offered in bifacial dual-glass configurations that allow the rear surface to capture reflected light in suitably sited installations, adding to the panel's front-side rated output.

The LONGi Hi-MO X7 610W N-Type Bifacial Solar Panel is part of LONGi's Hi-MO X7 series, rated at 610 watts and built on LONGi's HPBC (Hybrid Passivated Back Contact) N-type cell technology. Like other back-contact designs, HPBC relocates the cell's electrical contacts to the rear surface, eliminating visible front-side busbars and giving the module a clean, uniform appearance while increasing the active light-absorbing area. LONGi reports HPBC cell efficiencies exceeding 25.5 percent at the cell level, and the Hi-MO X7 series is offered in bifacial dual-glass configurations that allow the rear surface to capture reflected light in suitably sited installations, adding to the panel's front-side rated output.

The Trina 725W Bifacial Solar Panel is part of Trina Solar's Vertex N series, rated at 725 watts and built on the company's N-type i-TOPCon cell technology. TOPCon cells add a passivated tunnel-oxide layer to the rear contact, cutting recombination losses and lifting efficiency relative to standard PERC cells, and Trina's published datasheets report module efficiencies of up to roughly 23 percent for this bifacial dual-glass series, together with power bifaciality of about 80 percent, meaning the rear face can meaningfully add to total energy yield in ground-mount or elevated installations with reflective surroundings.

The Aiko 650W Monofacial Solar Panel is a monofacial photovoltaic module rated at 650 watts, using Aiko Solar's N-Type ABC (All Back Contact) cell technology. Instead of the silver busbars printed across the front of a conventional cell, the ABC design routes all electrical contacts to the rear, freeing the entire front surface for light absorption and helping the module deliver strong power density for its footprint. Because the design is monofacial, it uses a single tempered front glass paired with a polymer backsheet rather than a rear glass layer, which keeps weight and mounting load lower than a comparable dual-glass panel while still relying on the same N-type cell chemistry used across Aiko's bifacial range.

The Aiko 655W 1N+ Series Bifacial Solar Panel is a bifacial photovoltaic module rated at 655 watts, built around Aiko Solar's N-Type ABC (All Back Contact) cell architecture. By moving every electrical contact to the rear of the cell, the design removes the front-side metal busbars found on conventional panels, increasing the usable light-capturing surface and helping the module reach efficiencies in the mid-20 percent range within Aiko's Stellar and Neostar product families. The N-type silicon base avoids the boron-oxygen defects responsible for light-induced degradation in older P-type cells, so first-year output loss is typically limited to around 1 percent, with subsequent annual degradation held to roughly 0.35 percent under Aiko's published warranty terms.

The JA 620W N-Type Bifacial is manufactured by JA Solar as part of its DeepBlue 4.0 platform, rated at 620 watts and built on N-type TOPCon half-cut cells using JA Solar's Bycium+ passivation technology. This passivated contact layer raises cell open-circuit voltage and reduces recombination losses compared with earlier P-type PERC designs, and JA Solar's published datasheets report module efficiencies of roughly 22 to 23 percent for this bifacial series, along with bifaciality in the region of 80 percent, meaning the rear face can add meaningfully to total energy yield depending on ground reflectivity and mounting height.

The Jinko 590W Mono-Facial is a monofacial module from JinkoSolar's Tiger Neo range, rated at 590 watts and built on N-type TOPCon cell technology using Jinko's HOT passivation process. The TOPCon architecture adds a passivated tunnel-oxide layer to the rear of the cell, reducing recombination losses and improving both efficiency and voltage relative to conventional P-type PERC cells. Because this variant is monofacial, it pairs a tempered front glass sheet with a polymer backsheet rather than a rear glass layer, reducing weight while retaining the higher efficiency and lower degradation characteristics associated with Jinko's N-type cell platform.

The Jinko 640W N Type Bifacial Panel With 20 BB is part of JinkoSolar's Tiger Neo range, rated at 640 watts and built on N-type TOPCon cells using Jinko's HOT (High-efficiency Oriented Technology) passivation and SMBB interconnection. Jinko's published datasheets for the Tiger Neo bifacial series report module efficiencies reaching into the low-to-mid 20 percent range and power bifaciality of roughly 85 percent, meaning the rear face of the dual-glass module can meaningfully add to total output in ground-mount, carport or elevated commercial installations with reflective surroundings.

The Risen 585W N-Type Bifacial is manufactured by Risen Energy and rated at 585 watts, part of the company's N-type bifacial module range built on TOPCon or comparable N-type passivated-contact cell technology. The panel uses a dual-glass bifacial construction that allows the rear surface to harvest reflected light from the ground or mounting surface, adding to the front-side rated output in appropriately sited installations such as elevated racking or reflective ground cover. Risen's N-type cell platform is designed to reduce light-induced degradation relative to older P-type PERC modules, supporting steadier output over the panel's operating life.

The Astronergy 590W N-Type Bifacial Solar Panel belongs to Astronergy's ASTRO series of N-Type TOPCon bifacial modules, produced by Astronergy (a subsidiary of the CHINT Group) and rated at 590 watts. TOPCon, short for Tunnel Oxide Passivated Contact, adds an ultra-thin passivation layer to the rear of the cell that reduces electron recombination and lifts both voltage and efficiency compared with standard PERC cells. Depending on the specific ASTRO generation, Astronergy's TOPCon cells are paired with SMBB or zero-busbar (ZBB) ribbon interconnection to improve current collection and reduce microcrack risk, and the series has demonstrated bifaciality figures reported up to around 85 percent in Astronergy's published datasheets.

The Tongwei 590W N-Type Bifacial Solar Panel is manufactured by Tongwei Solar, one of the world's largest producers of polysilicon and solar cells, and is rated at 590 watts. The module uses N-type half-cell technology in a bifacial, dual-glass construction, allowing the rear surface to capture reflected light from the ground or mounting structure and add to the panel's front-side rated output in suitable installations such as elevated commercial racking or reflective ground cover. The N-type cell base helps reduce light-induced degradation compared with conventional P-type PERC modules, supporting steadier long-term energy yield.

The Tongwei 615W N-Type Bifacial Solar Panel is manufactured by Tongwei Solar, one of the world's largest producers of polysilicon and solar cells, and is rated at 615 watts. The module uses N-type half-cell technology in a bifacial, dual-glass construction, allowing the rear surface to capture reflected light from the ground or mounting structure and add to the panel's front-side rated output in suitable installations such as elevated commercial racking or reflective ground cover. The N-type cell base helps reduce light-induced degradation compared with conventional P-type PERC modules, supporting steadier long-term energy yield.

The Canadian Solar 585W N-Type BiFacial is part of Canadian Solar's HiKu bifacial platform, sold under the TOPHiKu6 or TOPBiHiKu7 naming depending on cell format, and rated at 585 watts. These modules use N-type TOPCon cells, which add a passivated rear contact layer to reduce recombination losses versus conventional PERC cells, and Canadian Solar's published datasheets report module efficiencies of up to roughly 23 percent along with power bifaciality figures reaching approximately 85 percent under standard test conditions. The dual-glass bifacial construction lets the rear face generate additional energy from reflected light in appropriately sited installations, such as elevated racking, carports or light-coloured ground cover.

The Canadian Solar 590W N-Type Bifacial Panel is part of Canadian Solar's HiKu bifacial platform, sold under the TOPHiKu6 or TOPBiHiKu7 naming depending on cell format, and rated at 590 watts. These modules use N-type TOPCon cells, which add a passivated rear contact layer to reduce recombination losses versus conventional PERC cells, and Canadian Solar's published datasheets report module efficiencies of up to roughly 23 percent along with power bifaciality figures reaching approximately 85 percent under standard test conditions. The dual-glass bifacial construction lets the rear face generate additional energy from reflected light in appropriately sited installations, such as elevated racking, carports or light-coloured ground cover.

The Canadian solar 610W N-Type BiFacial is part of Canadian Solar's HiKu bifacial platform, sold under the TOPHiKu6 or TOPBiHiKu7 naming depending on cell format, and rated at 610 watts. These modules use N-type TOPCon cells, which add a passivated rear contact layer to reduce recombination losses versus conventional PERC cells, and Canadian Solar's published datasheets report module efficiencies of up to roughly 23 percent along with power bifaciality figures reaching approximately 85 percent under standard test conditions. The dual-glass bifacial construction lets the rear face generate additional energy from reflected light in appropriately sited installations, such as elevated racking, carports or light-coloured ground cover.

The Canadian Solar 615W N-Type BiFacial is part of Canadian Solar's HiKu bifacial platform, sold under the TOPHiKu6 or TOPBiHiKu7 naming depending on cell format, and rated at 615 watts. These modules use N-type TOPCon cells, which add a passivated rear contact layer to reduce recombination losses versus conventional PERC cells, and Canadian Solar's published datasheets report module efficiencies of up to roughly 23 percent along with power bifaciality figures reaching approximately 85 percent under standard test conditions. The dual-glass bifacial construction lets the rear face generate additional energy from reflected light in appropriately sited installations, such as elevated racking, carports or light-coloured ground cover.

The Canadian Solar 630W N-Type BiFacial is part of Canadian Solar's HiKu bifacial platform, sold under the TOPHiKu6 or TOPBiHiKu7 naming depending on cell format, and rated at 630 watts. These modules use N-type TOPCon cells, which add a passivated rear contact layer to reduce recombination losses versus conventional PERC cells, and Canadian Solar's published datasheets report module efficiencies of up to roughly 23 percent along with power bifaciality figures reaching approximately 85 percent under standard test conditions. The dual-glass bifacial construction lets the rear face generate additional energy from reflected light in appropriately sited installations, such as elevated racking, carports or light-coloured ground cover.

The Canadian 635W N-Type Bifacial is part of Canadian Solar's HiKu bifacial platform, sold under the TOPHiKu6 or TOPBiHiKu7 naming depending on cell format, and rated at 635 watts. These modules use N-type TOPCon cells, which add a passivated rear contact layer to reduce recombination losses versus conventional PERC cells, and Canadian Solar's published datasheets report module efficiencies of up to roughly 23 percent along with power bifaciality figures reaching approximately 85 percent under standard test conditions. The dual-glass bifacial construction lets the rear face generate additional energy from reflected light in appropriately sited installations, such as elevated racking, carports or light-coloured ground cover.

The Canadian Solar 700W N-Type Bifacial Panel is part of Canadian Solar's HiKu bifacial platform, sold under the TOPHiKu6 or TOPBiHiKu7 naming depending on cell format, and rated at 700 watts. These modules use N-type TOPCon cells, which add a passivated rear contact layer to reduce recombination losses versus conventional PERC cells, and Canadian Solar's published datasheets report module efficiencies of up to roughly 23 percent along with power bifaciality figures reaching approximately 85 percent under standard test conditions. The dual-glass bifacial construction lets the rear face generate additional energy from reflected light in appropriately sited installations, such as elevated racking, carports or light-coloured ground cover.

The JA Solar 585W N-Type Bifacial Panel is manufactured by JA Solar as part of its DeepBlue 4.0 platform, rated at 585 watts and built on N-type TOPCon half-cut cells using JA Solar's Bycium+ passivation technology. This passivated contact layer raises cell open-circuit voltage and reduces recombination losses compared with earlier P-type PERC designs, and JA Solar's published datasheets report module efficiencies of roughly 22 to 23 percent for this bifacial series, along with bifaciality in the region of 80 percent, meaning the rear face can add meaningfully to total energy yield depending on ground reflectivity and mounting height.

The JA Solar 590W N-Type Bifacial Panel is manufactured by JA Solar as part of its DeepBlue 4.0 platform, rated at 590 watts and built on N-type TOPCon half-cut cells using JA Solar's Bycium+ passivation technology. This passivated contact layer raises cell open-circuit voltage and reduces recombination losses compared with earlier P-type PERC designs, and JA Solar's published datasheets report module efficiencies of roughly 22 to 23 percent for this bifacial series, along with bifaciality in the region of 80 percent, meaning the rear face can add meaningfully to total energy yield depending on ground reflectivity and mounting height.

The Longi Hi-MO 7 615W 18BB Bifacial Panel is part of LONGi's Hi-MO X7 series, rated at 615 watts and built on LONGi's HPBC (Hybrid Passivated Back Contact) N-type cell technology. Like other back-contact designs, HPBC relocates the cell's electrical contacts to the rear surface, eliminating visible front-side busbars and giving the module a clean, uniform appearance while increasing the active light-absorbing area. LONGi reports HPBC cell efficiencies exceeding 25.5 percent at the cell level, and the Hi-MO X7 series is offered in bifacial dual-glass configurations that allow the rear surface to capture reflected light in suitably sited installations, adding to the panel's front-side rated output.

The LONGi Hi-MO X10 640W Bifacial Panel is part of LONGi's Hi-MO X10 series, rated at 640 watts and built on the company's second-generation HPBC 2.0 back-contact cell platform. LONGi states that HPBC 2.0 cells exceed 25.8 percent efficiency at the cell level, helped by a Bipolar Hybrid Passivation structure that LONGi reports raises individual cell voltage to roughly 745mV. The series is offered in bifacial dual-glass form, and LONGi's marketing materials describe rear-side energy gains of up to about 30 percent depending on ground albedo, mounting height and site conditions, making it relevant for ground-mount, carport and elevated commercial installations as well as residential rooftops.

The Trina 710W N-Type Bifacial Solar Panel is part of Trina Solar's Vertex N series, rated at 710 watts and built on the company's N-type i-TOPCon cell technology. TOPCon cells add a passivated tunnel-oxide layer to the rear contact, cutting recombination losses and lifting efficiency relative to standard PERC cells, and Trina's published datasheets report module efficiencies of up to roughly 23 percent for this bifacial dual-glass series, together with power bifaciality of about 80 percent, meaning the rear face can meaningfully add to total energy yield in ground-mount or elevated installations with reflective surroundings.

The Jinko 585W BiFacial Solar Panel is part of JinkoSolar's Tiger Neo range, rated at 585 watts and built on N-type TOPCon cells using Jinko's HOT (High-efficiency Oriented Technology) passivation and SMBB interconnection. Jinko's published datasheets for the Tiger Neo bifacial series report module efficiencies reaching into the low-to-mid 20 percent range and power bifaciality of roughly 85 percent, meaning the rear face of the dual-glass module can meaningfully add to total output in ground-mount, carport or elevated commercial installations with reflective surroundings.

The Jinko 590W N-Type BiFacial Solar Panel is part of JinkoSolar's Tiger Neo range, rated at 590 watts and built on N-type TOPCon cells using Jinko's HOT (High-efficiency Oriented Technology) passivation and SMBB interconnection. Jinko's published datasheets for the Tiger Neo bifacial series report module efficiencies reaching into the low-to-mid 20 percent range and power bifaciality of roughly 85 percent, meaning the rear face of the dual-glass module can meaningfully add to total output in ground-mount, carport or elevated commercial installations with reflective surroundings.

The Jinko 595W Monofacial Solar Panel is a monofacial module from JinkoSolar's Tiger Neo range, rated at 595 watts and built on N-type TOPCon cell technology using Jinko's HOT passivation process. The TOPCon architecture adds a passivated tunnel-oxide layer to the rear of the cell, reducing recombination losses and improving both efficiency and voltage relative to conventional P-type PERC cells. Because this variant is monofacial, it pairs a tempered front glass sheet with a polymer backsheet rather than a rear glass layer, reducing weight while retaining the higher efficiency and lower degradation characteristics associated with Jinko's N-type cell platform.

The Jinko 610W N-Type Bifacial Solar Panel is part of JinkoSolar's Tiger Neo range, rated at 610 watts and built on N-type TOPCon cells using Jinko's HOT (High-efficiency Oriented Technology) passivation and SMBB interconnection. Jinko's published datasheets for the Tiger Neo bifacial series report module efficiencies reaching into the low-to-mid 20 percent range and power bifaciality of roughly 85 percent, meaning the rear face of the dual-glass module can meaningfully add to total output in ground-mount, carport or elevated commercial installations with reflective surroundings.

The Jinko 615W N-Type Bifacial Solar Panel is part of JinkoSolar's Tiger Neo range, rated at 615 watts and built on N-type TOPCon cells using Jinko's HOT (High-efficiency Oriented Technology) passivation and SMBB interconnection. Jinko's published datasheets for the Tiger Neo bifacial series report module efficiencies reaching into the low-to-mid 20 percent range and power bifaciality of roughly 85 percent, meaning the rear face of the dual-glass module can meaningfully add to total output in ground-mount, carport or elevated commercial installations with reflective surroundings.

The Jinko 715W N-Type Bifacial Solar Panel is part of JinkoSolar's Tiger Neo range, rated at 715 watts and built on N-type TOPCon cells using Jinko's HOT (High-efficiency Oriented Technology) passivation and SMBB interconnection. Jinko's published datasheets for the Tiger Neo bifacial series report module efficiencies reaching into the low-to-mid 20 percent range and power bifaciality of roughly 85 percent, meaning the rear face of the dual-glass module can meaningfully add to total output in ground-mount, carport or elevated commercial installations with reflective surroundings.

The Osda 585W N-Type Bifacial Solar Panel is manufactured by Ningbo Osda Solar, a Chinese photovoltaic producer founded in 2009 with production bases in Ningbo, Shandong and Zhejiang, and is rated at 585 watts. The module uses N-type TOPCon half-cell technology, in which an ultra-thin tunnel oxide and polysilicon passivation layer on the rear contact reduces carrier recombination losses, with Osda's own literature citing cell conversion efficiency of up to around 25 percent and module efficiency in the low-to-mid 22 percent range for this platform. The dual-glass bifacial construction allows the rear surface to capture reflected light in suitably sited ground-mount or elevated installations, with Osda quoting a bifaciality figure of up to about 85 percent for this series.