Wing Solar
Wing Solar
Explore premium industrial solar modules, power inverters, and key component solutions deployed in over 90 regions globally.
Engineered by Wing, our advanced N-type PV architectures offer optimized Levelized Cost of Energy (LCOE) across diverse global project applications.
Sleek, high-density residential PV modules delivering maximum power output per square meter. Perfect for rooftops with spatial constraints.
High-efficiency, versatile PV panels designed to withstand demanding industrial rooftop conditions while ensuring reliable peak outputs.
Bifacial solar technology capturing dual-side solar irradiance. Tailored to maximize power output for massive utility ground plants.
Established in 2005, we have transitioned from a premium PV manufacturer into a Tier 1 global solar player with an international operation footprint.
Wing operates intelligent Industry 4.0 production facilities in China, which are currently undergoing major expansion. Driven by advanced automation and strict quality controls, our baseline 3GW capacity is slated to grow to 10GW by 2026. This scaling helps address the rising global demand for Tier-1 PV modules and battery storage solutions.
Understanding that local support is essential for utility-scale success, Wing solidified its global presence by establishing its operational headquarters in Vienna, Austria. This European hub bridges our state-of-the-art Chinese manufacturing facilities with localized engineering, reliable warranties, and efficient logistics coordination.
As grid instability increases and carbon reduction mandates tighten, commercial and industrial (C&I) buyers are prioritizing integrated energy systems. Investing in bulk solar batteries is no longer just about backup power. Businesses are leveraging battery systems for peak shaving, load shifting, and optimizing solar consumption. By choosing China-based manufacturing hubs like Wing, enterprises can source high-density storage solutions that maintain excellent reliability under heavy cycles.
Modern industrial energy storage projects require strong technical due diligence. While lithium iron phosphate (LFP) remains the standard for stationary storage due to its thermal stability and cycle life, key parameters like the depth of discharge (DoD), active Balancing Management Systems (BMS), and round-trip efficiency are crucial for long-term project viability. Industrial systems must integrate easily with high-efficiency PV panels—such as N-Type HJT or TOPCon modules—to ensure stable power generation and storage.
Procuring utility-grade components requires careful factory audits. Buyers should evaluate suppliers on:
Combining high-output modules (like Wing's 705Wp Bifacial series) with matched battery storage systems helps reduce balance of system (BOS) costs. A proper DC-coupled architecture minimizes conversion losses, maximizing energy harvest in solar plants. This approach simplifies installation and helps lower the overall LCOE of energy storage projects.
Meeting stringent global standards to ensure seamless customs clearance, grid connection, and reliable project performance.
Our complete component family carries certifications including CE, TUV, UL, and IEC. This ensures compliance with local utility regulations and grid codes across Europe, the Americas, and APAC.
By leveraging Chinese manufacturing scale alongside our operational office in Vienna, Austria, we provide smooth logistics support. Our team helps coordinate customs clearance, tariff mitigation, and reliable shipping timelines.
We provide long-term warranty support, including linear performance guarantees on N-Type modules and structural warranties on battery storage cells. Our regional service centers offer timely assistance during project operations.
Answers to common technical, logistics, and quality questions from commercial energy project managers and procurement officers.
Complete your solar installation with thin-film technologies, customized battery storage cabinets, and certified mounting systems.
