Wing Solar
Wing Solar
Engineered to deliver high light transmission, optimal electrical yields, and long-term operating durability under high-humidity greenhouse environments.
In the contemporary framework of global decarbonization, modern agriculture faces a dual imperative: intensifying food security while achieving environmental sustainability. This paradigm shift has catalyzed the growth of Agrivoltaics (or Agricultural Photovoltaics), where crop cultivation and renewable energy generation co-exist in perfect synergy. Traditional solar panels block valuable sunlight, leading to crop stunted growth. Our custom-designed greenhouse solar systems address this by utilizing transparent thin-film BIPV technologies, variable transmission mono-modules, and dynamic N-Type bifacial systems that balance PAR (Photosynthetically Active Radiation) light requirements with optimized power generation.
As a leading exporter and Tier-1 supply partner with near two decades of R&D experience, we do not merely sell solar panels; we engineer dynamic microclimate ecosystems. By tuning spectral transmission curves, we regulate humidity, shield crops from thermal stress, and harness residual power for irrigation, climate control, and localized battery storage systems.
Optimize agricultural land utilization by delivering high-density solar electricity yields from the greenhouse roof without sacrificing crop canopy growth space or soil micro-nutrients.
Custom solar arrays shield delicate crops from severe weather events, mitigate heatwaves by limiting IR solar penetration, and lock in valuable moisture.
Generate self-sustaining power for integrated ventilation, automated drip irrigation, smart sensors, and advanced greenhouse thermal heating loops.
We offer a wide range of products for residential, commercial and industrial applications, and utility-scale agrivoltaic infrastructures. Utilizing the most advanced N-Type cell configurations to deliver maximum conversion efficiencies.
Designed for compact, low-footprint residential agrivoltaic installations and urban vertical farming. Compact structure ensures easy roof-integration and maximum durability.
The sweet spot for medium-scale commercial greenhouse complexes. Provides high load resistance to extreme weather, wind, and heavy snow loads while offering optimal power density.
Engineered for macro-scale farming cooperatives and energy-grid export systems. Utilizing advanced double-glass bifacial architecture to catch reflected light from agricultural surfaces.
How Wing combines state-of-the-art automation in China with European engineering oversight to guarantee rapid deliveries and premium quality standards.
The production of advanced PV materials requires not only cutting-edge technology, but also structural economic scale. Through our flagship Industry 4.0 automated factory, Wing guarantees high consistency, micro-precision assembly, and robust QA testing. We operate specialized laser-grooved buried contact and tunnel oxide passivated contact (TOPCon) manufacturing lines to ensure low degradation rates and optimal mechanical stability.
With a current operating manufacturing capacity of 3GW, we are rapidly scaling our manufacturing capacity to reach 10GW by 2026. This massive scale ensures global developers benefit from reliable pricing models, zero production delay bottlenecks, and strong material traceabilities.
Understanding B2B purchasing criteria, ROI calculation models, and localized regulatory frameworks for major agricultural zones.
When purchasing complex greenhouse solar systems, procurement officers, agricultural conglomerates, and regional energy developers evaluate projects based on three critical pillars: Reliability (E-E-A-T), Levelized Cost of Energy (LCOE), and System Integration Compatibility. Custom projects often demand complex integration of varying systems: transparent modules for crop growth areas, rigid dual-glass modules for structural columns, and large battery banks to balance grid loading.
Our solutions offer direct B2B advantages: we combine BNEF Tier 1 verified solar modules with smart MPPT controllers and premium LiFePO4 rack battery systems. This full-spectrum system integration simplifies procurement cycles, reduces logistical overheads, and aligns perfectly with CE, TUV, and UL compliance guidelines.
As a BloombergNEF verified Tier 1 manufacturer, our long-term guarantees and product components are recognized by major global financing banks.
From custom structures and thin-film transparent glass to hybrid off-grid control cabinets, we deliver fully customized, plug-and-play kits.
Every piece of our agrivoltaic hardware holds certifications like CE, UL, IEC 61215/61730, and IP65, clearing hurdles for fast local permitting.
A global study of how custom solar greenhouse structures are modified to maximize crop yields and energy production under specific regional microclimates.
Primary Challenge: Extreme heat, high water transpiration, and frequent sandstorms causing dust build-up.
Engineering Solution: Integration of high-efficiency transparent thin-film BIPV glass. We customize dust-repellent coatings and deploy mechanical wash tracks. The dynamic shade reduces plant transpiration water loss by up to 30%, transforming desert zones into productive growing space.
Primary Challenge: Severe snow loads, sub-zero temperatures, and low winter sun elevations.
Engineering Solution: Reinforcing structure using high-grade galvanized steel truss lines. We implement N-Type Bifacial 705Wp modules configured at steep pitch angles to slide off heavy snow. The double-glass structure traps heat, keeping temperatures optimal inside while utilizing rear-side reflections from the white snow.
Primary Challenge: High humidity, wind shears, and saline-fog corrosion in coastal locations.
Engineering Solution: Marine-grade powder-coated aluminum framing, coupled with IP65-rated battery cabinets and corrosion-resistant wiring. We utilize aerodynamic structural designs tested to withstand wind speeds of up to 60 m/s (Category 4 typhoon equivalent).
Expert insights into common technical questions, structural considerations, and energy storage engineering query options.
Complete your greenhouse project with precision-matched storage systems, charge controllers, and customized wiring solutions.
