Optimized for Southern Hemisphere latitudes, ensuring peak performance across Auckland and Christchurch.
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Reinforced steel structures with anti-corrosion coating for Wellington's high-wind environments.
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Engineered for high-latitude solar gain, increasing energy yield by up to 25% compared to fixed racks.
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Cost-effective dual-axis control, perfect for rural off-grid and utility-scale deployments.
Request Quote →New Zealand is currently undergoing a massive shift towards renewable energy, with a target of 100% renewable electricity by 2030. In this context, Manual Adjustable Solar Racks have emerged as the "Goldilocks" solution for local developers—balancing the low cost of fixed racks with the performance benefits of tracking systems.
Unlike standard fixed mounts, manual adjustable systems allow New Zealand operators to adjust the tilt angle 3-4 times per year to align with the seasonal solar path. This is particularly crucial in regions like Central Otago and Canterbury, where the sun's elevation varies significantly between the winter and summer solstices.
In New Zealand, sheep farming and solar are becoming symbiotic. Our manual adjustable racks are designed with a higher ground clearance (2.5m+), allowing livestock to graze beneath the panels. This dual-use land strategy maximizes revenue for NZ farmers.
From the salty air of the Bay of Plenty to the snow loads of the Southern Alps, New Zealand's environment is harsh. We utilize ZAM (Zinc-Aluminum-Magnesium) coating technology, which offers 5-10 times better corrosion resistance than traditional galvanized steel.
By implementing manual adjustment, the Levelized Cost of Energy (LCOE) is reduced. The absence of complex motors and sensors reduces O&M costs, which is vital in remote NZ regions where technician travel costs are high.
Shandong Zhaori New Energy Tech. Co., Ltd. is a globally recognized leader in solar tracking and mounting technology. Founded in June 2012, we have dedicated over a decade to perfecting the mechanical and structural integrity of PV brackets.
Our team of 60+ professional engineers focuses on a simple principle: More simple, more reliable, and more effective. This philosophy resonates perfectly with the New Zealand market's need for rugged, "install-and-forget" technology.
Our 50,000 sqm state-of-the-art manufacturing facility in China.
Why New Zealand developers choose our China-based supply chain:
Customized rack designs turned from CAD to physical prototype in under 7 days.
Direct shipping routes from Qingdao to Auckland/Lyttelton ports, reducing lead times.
Every batch undergo ultrasonic weld testing and salt spray corrosion tests.
Scaling solar efficiency across diverse terrains including mountains and plains.
Systems tested against heavy snow loads and Antarctic-originated wind gusts.
360MW+ deployment capacity for major energy providers.
Specialized lightweight adjustable racks for industrial warehouse roofs.
Yes. All our products exported to New Zealand are engineered to meet or exceed AS/NZS 1170.2:2011 for wind actions. We provide full structural calculation reports for council building consent applications.
Our racks are designed for ease of use. A single technician can adjust a 20kW row in under 10 minutes using standard tools, making the seasonal transition highly efficient.
Manual racks offer a significant "Information Gain" in terms of reliability. With no motors, controllers, or sensors, there is zero risk of electronic failure during the harsh Canterbury winters or high-UV summers in Northland.
Standard orders typically take 15-20 days for production, with a shipping time of 12-18 days depending on the port of destination (Auckland, Tauranga, or Lyttelton).
Unlocking the potential of solar energy in the Southern Hemisphere.
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Perfect for large-scale solar farms in flat regions like the Waikato.
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Advanced tracking for residential and industrial luxury projects.
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Streamlined design for rapid installation and maximum durability.
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Designed for the highest energy yield in high-latitude NZ sites.
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Optimized for sloping terrains and hill-side solar deployments.
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Unique design combining flat tracking with pre-inclined modules.
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Robust technology for high-performance solar harvesting.
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