Dual Axis Solar Tracker Manufacturer & Exporter Serving the Philippines

Maximizing Energy Yield in Southeast Asia: Advanced Solar Tracking Technology Tailored for the Philippines' High-Irradiance & Typhoon-Prone Climate.

The Philippines Solar Revolution: Why Dual Axis Matters

🇵🇭

High Irradiance Potential

Located in the tropical belt, the Philippines boasts an average solar radiation of 5.1 kWh/m²/day. A dual-axis tracker captures the sun's path from dawn to dusk, maximizing this high DNI (Direct Normal Irradiance) by up to 45% compared to fixed systems.

🌀

Typhoon Resilience

Our systems for the Philippine market are engineered with "Stow Mode" capability. Using real-time wind sensors, the trackers automatically flatten during storms to withstand wind speeds of up to 250km/h, common in the Pacific typhoon belt.

💡

Energy Security

With some of the highest electricity rates in Asia, decentralized solar power using tracking systems provides a faster ROI for industrial zones in Cavite, Laguna, and Batangas.

Shandong Zhaori New Energy Technology

Founded in June 2012, Shandong Zhaori New Energy Tech. Co., Ltd. is a global leader in solar tracking innovation. With over 60 professional technology talents and a decade of focus on PV stations, we provide the Philippines market with independent intellectual property rights and patented technology.

Our R&D department consistently pushes the boundaries of "Simple, Reliable, and Effective" designs, ensuring that our dual-axis trackers operate flawlessly in the humid and saline conditions of Philippine coastal areas.

10+

Years Experience

30+

Patents

500MW

Monthly Capacity

Our Factory

World-Class Manufacturing for Global Export

Advanced Production

Our 50,000 sqm factory utilizes CNC machine tools, laser cutting, and automatic welding robots. This precision ensures that every component shipped to the Philippines meets the highest structural integrity standards.

Solar Tracker Production

Strict Quality Control

From raw material screening to hot-dip galvanizing (essential for corrosion resistance in the Philippines), every tracker undergoes a level-by-level inspection according to ISO and TUV certifications.

Certification Certification

Localized Solutions for Philippine Industries

Island Micro-Grids

Perfect for off-grid resorts in Palawan or Siargao. Dual-axis trackers provide consistent power throughout the day, reducing the reliance on expensive diesel generators.

Agrivoltaics in Central Luzon

The high pedestal design of our dual-axis systems allows for rice or vegetable farming beneath the panels, maximizing land use efficiency for Filipino farmers.

Industrial Rooftops

Designed for large-scale factories in PEZA zones, our trackers can be adapted for ground-mount carports to offset peak demand charges.

Technology in Action

Global & Regional Project Excellence

5MW Project

Utility Scale: 5MW Installation using High-Precision Tracking

Mountain Project

Difficult Terrain: Solar Tracking in Mountainous Regions

Factory Project

Commercial: Factory Integrated Solar Solution

Expert FAQ: Solar Tracking in the Philippines

What is the expected maintenance for a dual-axis tracker in the Philippines?

Our systems are designed for low maintenance. Slewing drives are sealed for lifetime lubrication. We recommend a semi-annual inspection of sensors and structural bolts, particularly after the monsoon season.

How does the tracker handle the high salinity in coastal areas like Cebu?

We use high-grade hot-dip galvanized steel with a coating thickness exceeding 85μm, providing excellent corrosion resistance for 25+ years in coastal environments.

Can these trackers be integrated with Bifacial Modules?

Absolutely. Dual-axis tracking is the perfect partner for bifacial modules, as it maximizes both front-side direct irradiance and rear-side albedo gain, often resulting in a total energy boost of over 50% compared to fixed mono-facial setups.

What is the Lead Time for shipping to Manila or Davao?

Production typically takes 2-4 weeks depending on the order size. Shipping from our China facility to major Philippine ports takes approximately 7-12 days.

Ready to Optimize Your Solar Project?

Get a customized dual-axis solar tracking solution tailored for your specific site coordinates and weather conditions in the Philippines.