Shanghai, June 3, 2026 – The 19th International Photovoltaic and Smart Energy (Shanghai) Exhibition & Conference (SNEC) officially opened today. JinkoSolar, the global leading PV and ESS supplier, made a series of major announcements, unveiling the next-generation Tiger Neo 5.0 modules, a full-scenario six-core product matrix, Jinko ESS SunTera G5 energy storage system, and the Nebula One space-grade tandem cell. With scenario-based innovation, JinkoSolar is redefining the technological frontier of PV-storage integration and injecting strong momentum into the global energy transition.
As the world's No. 1 module supplier for seven consecutive years, JinkoSolar continues to lead the global market in product excellence and customer recognition. As of the first quarter of 2026, the company's cumulative global module shipments reached 400 GW, making JinkoSolar the first PV enterprise worldwide to achieve this milestone. This accomplishment reflects the company’s relentless dedication to enhancing product performance, deepening R&D capabilities, responding to customer needs, and driving scenario-based innovation.
At this year's SNEC, JinkoSolar has set up 12 dedicated technology product display zones, offering a comprehensive look at its full-scenario PV and energy storage integrated solutions. Exhibits include TOPCon-based Tiger Neo 5.0 modules, AIDC modules, Anti-glare modules, Light Diamond modules, Mount Tai modules, Anti-Dust modules, Safety Guardian modules, Jinko ESS SunTera G5 energy storage system, as well as a display of the Nebula One space-grade tandem cell.
Product Highlights
JinkoSolar has officially launched the Tiger Neo 5.0 module, the culmination of its new-generation TOPCon technology. Leveraging high-purity homogeneous silicon substrates, broad-spectrum light-trapping structures, full-area passivation processes, and gapless cell matrix encapsulation, the module delivers comprehensive efficiency gains. With the same footprint, power output has increased from 670 W to 700 W, module efficiency reaches 25.91%, and power density exceeds 259 W/m². This marks the official entry of TOPCon technology into the 700 W+ era. In full-scenario value comparisons, the Tiger Neo 5.0 delivers up to 3% higher energy yield relative to similarly sized competing products, setting a new benchmark for system value and return on investment.
Building on deep insights into various application scenarios, JinkoSolar has also unveiled six scenario-specific modules based on the Tiger Neo 3 technology platform:
· Anti-Dust Module: Featuring a three-dimensional dust-proof design and nano-coated glass, this module reduces operation and maintenance costs. It truly delivers "three-dimensional dust protection, full-scenario adaptability, high-efficiency power generation, and low-cost O&M."
· AIDC Module: Designed specifically for the limited rooftop and land space of AI data centers, this module delivers up to 680W of power. Compared to conventional modules, it offers over 3% higher lifecycle energy yield. Its smooth and stable power output reduces system risk costs by 88.6%, and its extreme weather resistance helps owners save over 15% on insurance premiums. Moving from passive grid adaptation to active computing power coordination, the AIDC module embodies the product philosophy of "computing-power synergy."
· Safety Guardian Module: Engineered to withstand 55 mm hail, this module blocks the risk chain of "mechanical damage → electrical failure → fire hazard" at the source. It is the industry's first module to receive dual Class A fire ratings (IEC Class A and UL Class A), ensuring the module will not ignite and will prevent fire from spreading. Combined with arc fault protection technology, it completely eliminates fire risks. With ultra-high loads of 7,000 Pa on the front and 5,000 Pa on the back, it remains intact under typhoon-force winds and heavy snow loads. These three advantages free customers from weather-related concerns.
· Anti-Glare Module: Specifically designed to address traffic glare issues. While conventional modules have reflectance exceeding 50%, this product achieves reflectance of only 7% — an 85% reduction — converting harsh reflected light into gentle diffused light and effectively eliminating traffic safety hazards.
· Light Diamond Module: More than 30% of commercial and industrial rooftops cannot accommodate conventional PV installations due to insufficient load-bearing capacity. The Light Diamond module weighs only 7 kg/m² — over 40% lighter than conventional double-glass modules — while delivering up to 560 W of power and 24.94% ultra-high efficiency. Truly "light without compromise, strong yet extraordinary," it overcomes rooftop load limitations, enabling every space constrained by load capacity to benefit equally from green energy.
· Mount Tai Module: Designed for harsh environments such as deserts and gobi areas, this module features high strength, high load capacity, and resistance to temperature-induced deformation. Compared to conventional aluminum-frame modules, frame strength is doubled, load capacity reaches 6,000 Pa / -3,000 Pa, and deformation is significantly reduced. Under the challenging conditions of Northwest China, it stands as unshakeable as Mount Tai.
It is worth noting that even before the Tiger Neo 5.0 launch, the JinkoSolar Tiger Neo series had already received significant recognition from global markets. By the end of 2025, cumulative global shipments of the Tiger Neo series had reached approximately 220 GW, making it the best-selling module series in the history of the global PV market. With the gradual market introduction of the Tiger Neo 5.0 and the six scenario-specific products, JinkoSolar will further drive the market transition from a pure power generation mindset to scenario-based symbiosis.
Energy Storage
In energy storage, Jinko ESS prominently features the SunTera G5 energy storage system — "the benchmark of high-efficiency spatial energy and the world's highest energy density". Leveraging CTP (Cell to Pack) highly integrated design, and through cell flexible fixing, thermal management coordination, and structural optimization, the system achieves an area energy density of over 570 kWh/m² — the highest in the industry for a standard 20-foot container energy storage system — further enhancing energy storage value per unit area. The SunTera G5 system also achieves a round-trip efficiency (RTE) of over 96%, supports a 25-year "PV-storage same lifespan" (SOH ≥ 70%), and integrates AI intelligence for battery state-of-health prediction, proactive fault alerts, and intelligent O&M optimization. It delivers higher returns and greater reliability for scenarios such as high-energy-consumption industrial parks, renewable energy-plus-storage projects, AI data centers, and grid-side energy storage.
Looking Ahead
Looking ahead, JinkoSolar continues to explore space-grade technologies with the introduction of the Nebula One space-grade tandem cell, designed specifically for low-orbit satellite applications. The company is concurrently advancing multiple technology roadmaps for space applications, including single-crystalline silicon cells adapted to the space environment and tandem cell technologies.
On-Site Demonstrations
At JinkoSolar's booth, four visual comparison devices clearly demonstrate key advantages: anti-dust, safety protection, anti-shading, and low-light performance, enabling customers to experience firsthand the hardcore performance advantages of JinkoSolar products through tangible, on-site demonstrations.
JinkoSolar defines value through scenarios and drives the future through innovation. From ground level to outer space, from power generation to energy storage — JinkoSolar ensures that every ray of sunlight can precisely generate returns.