Arctech

Independent horizontal single-axis tracking system. Worm-gear transmission with multi-point parallel / multi-point synchronous drive; tracking angle range ±60° (±75° optional for the all-terrain type), maximum design wind speed 70 m/s, compatible with all modules, system voltage 300–1500 VDC. Foundation options include driven piles, bored piles, concrete foundations and ballasted bases; structural material is Zn-Al-Mg coated steel. Includes the complex-terrain high-adaptability model (ATH-SKL-S2-S155, fully compatible with cleaning robots), the multi-point parallel drive model (ATH-SKL-S2-D166), and the all-terrain smart model (suitable for 30°/58% steep slopes, no site grading required, pile foundation cost reduced by up to 60%).

ATH-SKL-S2-S155 ATH-SKL-S2-D166 SkyLine II all-terrain intelligent tracking system

• Ground-mounted power plants
• Desert PV
• Complex terrain
• Steep-slope mountains

Linked horizontal single-axis tracking system, the world's first dual-row linked parallel drive. Six-dimensional square-round main beam design with a proprietary bidirectional transmission drive; under high-wind protection it can park near 0°, with a safe operating wind speed up to 22 m/s. A single unit carries up to 168 modules, system voltage 300–1000 VDC, suitable for irregular terrain and delivering higher installed capacity on the same terrain.

• Ground-mounted power plants
• Irregular terrain
• Large-module projects

Independent single-row tracking system, a cost-effective solution highly suited to bifacial modules. Worm-gear reducer combined with multi-point parallel drive and an all-new parallel reducer; AI control algorithm. One system with 9 posts carries 4 × 1500 V string sets, adapts to north–south slope ≤20%, tracker north–south total length limited to ≤95 m, GCR 32%, system voltage 300–1000 VDC.

• Ground-mounted power plants
• Bifacial module projects
• Steep-slope terrain

Flexible tracking system, the world's first of its kind. Wireless multi-point parallel drive, dual module cables + dual load-bearing cables (wedge anchorage + extrusion anchorage dual protection). Adapts to 60% slopes and ±1 m height difference between adjacent posts; multiple front–back rows link for wind resistance; a single group combines 1–6 spans freely; system voltage 1000 V or 1500 V; under high-wind protection parks at a small angle (18 m/s); powered by small modules plus lithium battery backup.

• Complex terrain
• Mountainous areas
• Undulating terrain
• Land-constrained projects

Linked horizontal single-axis tracking system, full-lifecycle friendly. Slew-gear reducer + 24 V DC motor, validated by wind-tunnel testing for high stability; AI control algorithm increases energy yield by up to 8% and convenient installation improves efficiency by 20%; long-distance low-power wireless transmission; north–south slope up to 20%; recommended design wind speed ≤40 m/s (ASCE 7-10); a cost-effective solution for low-wind-speed regions.

• Ground-mounted plants in low-wind regions
• Standard terrain

Independent dual-axis tracking system, an industry-leading tower-type CSP dual-axis concentrating system. Pitch 0–90° / azimuth ±180°, dual-axis slew-gear reducers, an industry-first intelligent sensing adaptive system with tracking accuracy <1 milliradian, single heliostat area up to 50 m², wind resistance up to grade 12, 220 V AC supply, integrating concentration / heat absorption / thermal storage and heat exchange / power generation in one system, operating temperature range −30 to +60 °C.

• Tower CSP power generation
• Concentrated solar thermal plants
• Concentrating systems

Single-post fixed mounting structure, with two module layout options: horizontal and vertical placement. Highly adaptable to different terrains and environments, with a high degree of pre-assembly and fast installation; no on-site welding and no land grading required, saving construction costs. Can be custom-designed for specific projects such as desert, rocky terrain, and agrivoltaic (agriculture-PV complementarity) or fishery-PV complementarity.

• Ground-mounted power plants
• Desert PV
• Agrivoltaic (agri-PV)
• Fishery-PV complementarity

Double-post fixed mounting structure, with two module layout options: horizontal and vertical placement. The double-post structure offers good stability and long service life; both concrete foundations and steel-pipe piles are supported; high pre-assembly degree and industry-leading installation speed; no on-site welding; fully adjustable to terrain; the structure is completely connected and grounded as a whole.

• Ground-mounted power plants
• Desert PV
• Agrivoltaic (agri-PV)
• Fishery-PV complementarity

Non-tracking flexible mounting series, adaptable to full scenarios and multiple environments. SkyFlex-C2-M: flexible mount for complex mountains, 15–30 m span, suitable for 30° steep slopes, withstands 32 m/s (grade 11) high winds, with foundation count 50% lower than fixed mounts; SkyFlex-C2-F: flat-ground flexible mount, for agrivoltaic and fishery-PV complementarity; SkyFlex-C3: high-wind large-span flexible mount for complex scenarios, 30–60 m span, double-layer cable structure resists 46 m/s (grade 14) high winds, for fishery-PV / agrivoltaic complementarity.

Tianrou-C2-M Tianrou-C2-F Tianrou-C3

• Mountainous areas
• Hills
• Agrivoltaic (agri-PV)
• Fishery-PV complementarity
• Flat-ground large-span

Building green-energy BIPV product combining photovoltaics with architecture. Module power 430/410/440 W, dimensions 1960×1133 mm, thickness 50/75/100/150 mm; the front generating skin is a high-strength composite panel, the core is high-quality hydrophobic rock wool, and the backing is 0.5 mm coated steel sheet; thermal transmittance 0.31–0.84, fire rating class A, building's four performance properties at the highest standard, service life 25 years, maximum system voltage 1500 VDC.

• Industrial plants
• Building façades
• Zero-carbon buildings

Building green-energy BIPV product. Module power 430/410/440 W, dimensions 1955×1128 mm, thickness 7 mm; the front generating skin is a high-strength composite panel, the core is a non-combustible mineral polymer, and the backing is 0.5 mm steel sheet; fire rating class A, wind-pressure resistance grade 9, service life 25 years, maximum system voltage 1500 VDC.

• Industrial plants
• Building façades
• Zero-carbon buildings

An off-grid ground solution for building green-energy scenarios. Module power 110 W, dimensions 1200×600×45 mm, weight 28 kg per unit; the front panel is special anti-slip glass (slip-resistance BPN >60), with an optional 25 W light strip; maximum system voltage 1500 VDC, suitable for off-grid ground PV scenarios.

• Off-grid ground
• Landscape walkways
• Park / campus ground

Building green-energy residential balcony PV solution. Includes: lightweight rigid PV panel ARCTECH-L245L (245 W, frameless, 1102×1140×4 mm), microinverter ARCTECH-M1000W (1000 W), all-in-one inverter-controller ARCTECH-B2500W (2500 Wh LiFePO₄, expandable), anti-backflow meter ARCTECH-BP01, and mounting bracket ARCTECH-F01 (Q355B & SUS304, for balcony / wall / ground).

ARCTECH-L245L ARCTECH-M1000W ARCTECH-B2500W ARCTECH-BP01 ARCTECH-F01

• Residential balcony
• Wall mounting
• Ground mounting
• Off-grid / grid-tied