Foldable vertical PV-Ningbo Forland Lighting Technology Co., Ltd.

Foldable Quadrilateral Pole-Mounted Solar Module (76W)

The Forland Foldable Quadrilateral Pole-Mounted Solar Module is a compact vertical photovoltaic solution designed for small-scale outdoor power applications such as smart poles, garden lighting columns, surveillance posts, and communication equipment supports. Featuring a four-sided foldable structure, the module can be flattened during transportation and expanded into a stable quadrilateral solar enclosure during installation. The surrounding photovoltaic surface allows sunlight collection from multiple directions while maintaining a slim vertical profile. With a rated output of 76W, this module provides an efficient renewable energy option for compact off-grid systems where installation space and structural integration are important considerations.

Foldable Quadrilateral Vertical Solar Power Module (120W)

The Forland Foldable Quadrilateral Vertical Solar Power Module is a higher-output pole-mounted photovoltaic solution developed for infrastructure applications requiring increased power generation capability. The module adopts an extended four-sided vertical structure that wraps around lighting poles, smart infrastructure columns, and communication supports to maximize available solar collection area. During logistics, the foldable design allows the module to be stored in a flat configuration, while the installation process transforms it into a rigid quadrilateral solar structure. With a rated output of 120W, it provides enhanced power capacity for outdoor systems requiring longer operating periods and higher energy demand.

Foldable Quadrilateral High Output Pole Solar Module

The Forland Foldable Quadrilateral High Output Pole Solar Module is engineered for outdoor applications requiring increased photovoltaic performance within a compact pole-integrated structure. Its four-panel configuration surrounds the mounting pole to maximize solar exposure from multiple directions while preserving a clean installation profile. The foldable mechanical design enables flat transportation for efficient logistics and unfolds into a rigid quadrilateral frame during installation. Rated at 100W, the module delivers dependable renewable energy for intelligent infrastructure where stable daily power generation and efficient use of installation space are essential.

Foldable Quadrilateral Extended Coverage Pole Solar Module

The Forland Foldable Quadrilateral Extended Coverage Pole Solar Module is developed for outdoor installations that demand expanded photovoltaic collection without occupying additional ground space. Featuring an elongated quadrilateral architecture, the module wraps around poles to increase the effective solar collection area while maintaining compatibility with existing infrastructure. Its foldable structure improves transportation efficiency and enables rapid field assembly. Delivering 160W of rated power, the module is intended for renewable energy systems supporting higher electrical loads and longer operating cycles.

Foldable Hexagonal Smart Pole Solar Module

The Forland Foldable Hexagonal Smart Pole Solar Module is developed for modern smart infrastructure where efficient renewable energy generation and compact installation are equally important. Its six-sided photovoltaic configuration surrounds the pole to collect sunlight from multiple directions, improving daily energy utilization without increasing the installation footprint. The module folds into a compact package for transportation and expands into a rigid hexagonal structure during installation. Delivering 114W of rated power, it provides an effective energy solution for intelligent outdoor facilities requiring continuous operation.

Foldable Hexagonal Infrastructure Solar Module

The Forland Foldable Hexagonal Infrastructure Solar Module is designed for utility-scale pole installations requiring expanded photovoltaic capacity and long-term structural reliability. Its elongated six-sided architecture increases the effective solar collection area while maintaining a compact vertical profile around large-diameter poles. The foldable mechanical design allows efficient transportation and rapid deployment, while the reinforced hexagonal frame delivers excellent stability after installation. With a rated output of 180W, the module is suitable for outdoor equipment operating under higher power demands.

Foldable Lighting Pole Solar Panel

The Forland Foldable Lighting Pole Solar Panel is a foldable polygonal solar module designed specifically for pole-mounted lighting applications. It folds flat for transport—reducing packaging volume by over 50%—and unfolds on-site into a vertical cylinder that wraps securely around poles up to 170mm in diameter. Built with monocrystalline silicon cells, it offers dual voltage options (18V/36V) and is engineered for reliable outdoor performance.

Foldable Surveillance Mast Solar Panel

The Forland Foldable Surveillance Mast Solar Panel is a high-output foldable polygonal solar module built for demanding pole-mounted infrastructure. It folds flat for shipping with over 50% volume reduction and deploys into a rigid vertical cylinder that fits poles up to 255mm in diameter. Featuring efficient monocrystalline silicon cells and dual voltage options (18V/36V), it is engineered for harsh environments and long-term service.

Octagonal Lighting Pole Solar Panel

Forland Octagonal Lighting Pole Solar Panel is a foldable octagonal module designed for urban lighting poles where space is limited and aesthetics matter. It folds flat for transport, reducing packaging volume by over 50%, and unfolds on-site into a rigid octagonal cylinder that fits poles up to 255mm in diameter. Featuring monocrystalline silicon cells with 23.20% efficiency, it delivers 152W peak power with 18V/36V dual voltage options. The module is built with high-strength tempered glass and an aluminum frame offering corrosion and abrasion resistance, with IP66 waterproof rating, -20°C to +70°C operating temperature range, front 5400PA and back 2400PA mechanical load capacity, ±3% power tolerance, 5-year warranty, and over 20-year service life. Standard 2.5mm MC4 connectors are included for easy integration.

Octagonal Surveillance Mast Solar Panel

Forland Octagonal Surveillance Mast Solar Panel is a high-power foldable octagonal module engineered for demanding infrastructure such as surveillance masts, telecommunication towers, and highway lighting systems. It folds flat for transport, reducing packaging volume by over 50%, and locks on-site into a multi-faceted vertical cylinder that accommodates poles up to 370mm in diameter. Featuring monocrystalline silicon cells with 23.20% efficiency, it delivers 240W power output with 18V/36V dual voltage options. The module is constructed with tempered glass, a corrosion-resistant aluminum frame, IP66 waterproof rating, -20°C to +70°C operating temperature range, front 5400PA and back 2400PA mechanical load capacity, ±3% power tolerance, 5-year warranty, and over 20-year service life. Standard 2.5mm MC4 connectors ensure plug-and-play connectivity.

Urban Foldable Solar Panel for Light Poles

Forland Urban Foldable Solar Panel for Light Poles is a foldable octagonal module designed for urban lighting applications that require reliable mid-range power output. It folds flat for transport, dramatically reducing packaging volume, and unfolds on-site into a rigid cylinder that fits standard light poles of common diameter. High-efficiency monocrystalline cells provide ample output with flexible voltage options to accommodate various system designs. Tempered glass and a corrosion-resistant aluminum frame ensure long-term outdoor durability.

Industrial Foldable Solar Panel for Heavy Masts

Forland Heavy-Duty Foldable Solar Panel for Heavy Masts is a high-capacity foldable octagonal module engineered for heavy-duty infrastructure such as telecommunication towers, surveillance masts, and major roadway lighting systems. It folds flat for shipping, significantly cutting transport volume, and locks on-site into a vertical cylinder that fits large-diameter poles commonly found in industrial installations. Advanced monocrystalline cells generate abundant power with selectable voltage output for flexible system compatibility. Reinforced glass and a heavy-duty aluminum frame are built to withstand harsh weather and mechanical stress.