Wing Solar
Wing Solar
Explore our integrated high-efficiency solar modules, portable energy systems, and custom battery enclosures designed for worldwide deployment.
As the global clean energy transition accelerates toward carbon neutrality, the integration of high-density battery energy storage systems (BESS) into utility grids, commercial enterprise facilities, and industrial microgrids has evolved from an ancillary option into a critical operational necessity. Outdoor energy storage cabinets represent the front line of this transformation, providing modular, scalable, and resilient power management right at the point of consumption or generation.
Commercial and industrial end-users face unprecedented electricity price volatility, demand charges, and localized grid congestion. Outdoor BESS enclosures allow enterprises to execute automated peak shaving, valley filling, and dynamic load management, reducing operational energy costs by up to 35%.
The massive deployment of ultra-high-efficiency N-Type TOPCon and HJT photovoltaic panels demands robust local buffering. Outdoor storage cabinets act as the technological bridge, capturing excess solar generation during peak irradiance and discharging during peak operational hours.
Transitioning from legacy air cooling to advanced liquid cooling architecture has increased cabinet energy density by over 40% while maintaining sub-3°C cell-to-cell temperature variations, dramatically extending battery cycle life and improving thermal safety under harsh outdoor environments.
Since our establishment in 2005, Wing has cultivated nearly 20 years of deep technological authority across photovoltaic manufacturing and battery storage integration. Today, as a publicly listed enterprise (since 2023) with global operational headquarters in Vienna, Austria, Wing continues to pioneer state-of-the-art Industry 4.0 production standards.
Wing stands as a well-established Tier 1 manufacturer recognized by BloombergNEF. We deliver high-volume, high-reliability solar panels and outdoor battery enclosures backed by up to 20-30 years of comprehensive product and performance warranties.
With our European operational headquarters in Vienna, Austria, and intelligent manufacturing plants in China, our distribution network seamlessly services over 90 regions globally, enabling clean energy access across diverse climates and regulatory landscapes.
We are actively expanding our current 3 GW manufacturing capacity to 10 GW by 2026. Our automated production lines integrate robotic laser welding, 3D optical inspection (AOI), and full MES traceability for every outdoor BESS cabinet produced.
To maximize the performance of outdoor energy storage cabinets, pairing them with ultra-high-efficiency N-Type photovoltaic modules guarantees optimal power generation and long-term asset yield across Residential, Commercial & Industrial (C&I), and Utility-Scale installations.
Design: Standard High-Density Cell Layout
Dimensions: 1762 x 1134 x 30 mm
Efficiency: 22.77% Module Efficiency
Temperature Coefficient (Pmax): -0.29% / °C
Warranty: 30-Year Performance Linear Warranty
Design: Standard Heavy-Duty Frame
Dimensions: 2279 x 1134 x 35 mm
Efficiency: 22.84% Ultra Efficiency
Temperature Coefficient (Pmax): -0.29% / °C
Warranty: 30-Year Performance Linear Warranty
Design: Bifacial Double-Glass High-Yield
Dimensions: 2384 x 1303 x 35 mm
Efficiency: 22.70% Industry Leading
Temperature Coefficient (Pmax): -0.30% / °C
Warranty: 30-Year Performance Linear Warranty
As a premier B2B manufacturer and global exporter of custom outdoor energy storage cabinets, we engineer tailored cabinet systems designed to withstand extreme thermal, environmental, and electrical conditions while maintaining structural integrity over a 15-to-20-year operational life cycle.
| Technical Parameter | Air-Cooled Outdoor BESS Cabinet | Liquid-Cooled Outdoor BESS Cabinet (Flagship) |
|---|---|---|
| Typical Rated Energy Capacity | 100 kWh - 215 kWh per Cabinet | 215 kWh - 372 kWh per Cabinet (High Density) |
| Battery Cell Chemistry | Tier-1 LiFePO4 (LFP) 280Ah / 314Ah Cells | Tier-1 LiFePO4 (LFP) 314Ah / 580Ah High-Yield Cells |
| Protection & Ingress Rating | IP55 / NEMA 3R Standard | IP65 / NEMA 4X (C5 Anti-Corrosion Treated Sheet Metal) |
| Thermal Management System | Industrial Smart Frequency Air Conditioning | Precision Microchannel Liquid Cooling (Water-Glycol) |
| Internal Temperature Variance | ≤ 5°C Cell-to-Cell Temperature Delta | ≤ 2.5°C Cell-to-Cell Temperature Delta |
| Fire Safety & Suppression | Perfluorohexanone / Aerosol + Combustible Gas Detection | Multi-Layer Active Gas Detection + Liquid Immersion / Direct Pipe Fire Suppression |
| Inverter / PCS Integration | 50 kW to 100 kW Integrated Hybrid PCS | 100 kW to 200 kW Modular Grid-Forming PCS |
| System Round-Trip Efficiency (RTE) | 88% - 90% | 92% - 94% (Lower Parasitic Consumption) |
Our engineering team customizes mechanical dimensions, paint coatings (C5-M anti-corrosion for coastal/saline environments), seismic reinforcement (Zone 4 rated), and dual-door access designs. Internal partitioning separates high-voltage battery racks from low-voltage control cabinets, compliance-tested according to local electrical building codes.
Every cabinet features a three-tier Battery Management System (Cell-level BMU, Rack-level RBMS, Cabinet-level MBMS) integrated with cloud analytics. Real-time SOC/SOH estimation, automated cell balancing, and predictive AI thermal modeling prevent thermal runaway risks before critical thresholds are breached.
Custom outdoor energy storage cabinets act as versatile multi-tools across modern electrical infrastructures. Below are the primary commercial and industrial deployment frameworks utilized by global EPC contractors, developers, and enterprise end-users.
Energy-intensive factories experience massive demand charges during shift changes. Deploying modular 215kWh–1MWh outdoor battery cabinets enables automated peak clipping. When combined with rooftop solar PV arrays, manufacturing facilities achieve operational continuity during utility brownouts while reducing carbon tax penalties.
Installing 350kW+ ultra-fast EV chargers frequently overloads localized distribution transformers. Custom outdoor storage cabinets act as dynamic power buffers, storing grid energy at off-peak hours and discharging instantly to charge electric vehicles without requiring multimillion-dollar utility transformer upgrades.
Mining operations, telecom base stations, and isolated island resorts rely heavily on expensive diesel generation. Integrating all-in-one outdoor BESS cabinets with flexible solar array setups replaces up to 80% of diesel fuel consumption, dramatically reducing fuel logistics costs and emissions.
The outdoor energy storage sector is entering a phase of rapid innovation driven by cell chemical improvements, dynamic software integration, and grid-supportive power electronics.
The market is rapidly transitioning from standard 280Ah cells to high-capacity 314Ah and 625Ah long-life cells. This shift elevates single-cabinet capacity from 215kWh to over 372kWh within identical spatial dimensions, lowering systemic balance-of-plant (BOP) costs by 15% and increasing energy density per square meter.
Future outdoor BESS cabinets will incorporate grid-forming inverter topologies capable of providing synthetic inertia, black start capabilities, and fast frequency response (FFR). Advanced cloud software allows aggregated distributed cabinets to participate in regional VPP electricity spot markets automatically.
Research into combining high-power Sodium-ion (Na-ion) battery packs with high-energy LFP packs inside the same enclosure ensures superior low-temperature performance down to -40°C without requiring auxiliary electrical heating, opening new polar and high-altitude export markets.
Incorporating physics-informed machine learning models directly into edge-computing cabinet controllers allows predictive optimization of coolant flow rates, charge/discharge rates based on day-ahead weather forecasts, and electricity pricing arbitrage schedules.
Deploying commercial battery energy storage globally requires strict adherence to regional safety, grid interconnection, and environmental regulations. Our outdoor storage cabinets undergo rigorous third-party testing and certification to guarantee smooth permitting processes for engineering partners worldwide.
Verified thermal runaway fire propagation prevention at cell, module, and cabinet levels for North American code compliance.
International electrical safety standards for secondary lithium cells and industrial outdoor energy storage systems across European markets.
Compliant installation clearances, explosion venting designs, and dedicated fire suppression agent piping aligned with international fire codes.
Certified safe transport regulations for lithium-ion battery enclosures alongside European CE electromagnetic compatibility (EMC) approval.
Get detailed technical insights from our BESS engineering specialists regarding outdoor battery cabinet manufacturing, customization options, and global logistics.
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