Rajshahi Division, located within the solar-rich Barind Tract of Bangladesh, displays unique geographical conditions with high direct normal irradiance (DNI) during the dry season, paired with heavy seasonal monsoons and high temperatures. Traditional fixed-tilt solar mountings struggle to harvest solar energy efficiently due to dynamic shading and variable solar tracking coordinates.
Shandong Zhaori New Energy Tech. Co., Ltd. delivers precision-engineered dual-axis tracking solutions specifically optimized for Rajshahi's commercial, agricultural, and utility applications. By tracking the sun dynamically on both horizontal and vertical axes, our systems provide a 35% to 45% performance boost over traditional static mounting systems.
Our primary series of trackers optimized for high temperature variations, high wind loads, and flexible land use profiles in Bangladesh.
High-precision dual-axis tracking engineering featuring premium steel hot-dip galvanization and structural integrity to withstand strong local winds.
Cost-efficient design combining smart tracking algorithms with manual elevation adjustment, optimal for agricultural PV installations.
Optimized structural geometry supporting larger surface areas. Fully automated tracker featuring dual drive mechanisms for enhanced tracking torque.
Compact dual-axis system designed for smaller scale commercial roofs and decentralized power grids, maximizing localized energy capture.
Founded in June 2012, Shandong Zhaori New Energy Tech. Co., Ltd. is a high-tech clean energy manufacturer dedicated to independent intellectual property research and advanced solar tracking development. Over the last decade, our team has integrated advanced R&D with strict quality assurance, operating across 10 specialized departments to maintain quality standards at every production stage.
Our 50,000 square meter factory is outfitted with high-end machinery including CNC machine tools, high-precision laser cutting systems, automatic welding robots, and high-performance plasma cutter systems. With over 300 experienced fabrication specialists, we deliver a processing capacity up to 500MW of solar mounting structures per month.
All tracking products are manufactured using premium raw materials. Structural elements undergo strict anti-rust procedures (e.g., hot-dip galvanization according to ISO 1461 standards) to handle humid and coastal-monsoonal environments like those in Bangladesh.
Our solar tracking product line holds numerous international utility model and invention patents certified by the European Patent Office (EPO), United States Patent and Trademark Office (USPTO), Canada, Australia, Japan, South Korea, Thailand, India, Brazil, and South Africa, in addition to 8 Chinese National Invention Patents and over 30 utility patents.
We conform to global quality systems, carrying formal TUV, CE, ISO9001, ISO14001, and OHSAS18001 certificates. Our fundamental design goal remains centered on three core principles: more simple, more reliable, and more effective.
Deploying utility solar setups in Rajshahi comes with local environmental factors that static solar mounts struggle to navigate. Our tracking systems address these hurdles directly:
Rajshahi experiences high levels of solar radiation during summer, but cloud coverage varies dynamically. Dual-axis trackers adjust position in real-time, utilizing astronomical algorithms to maximize diffuse light capture during monsoon season and direct light during dry months.
As a key agricultural hub in Bangladesh, Rajshahi relies heavily on deep tube well irrigation. Our dual-axis trackers can be elevated high above the ground, allowing farming equipment and crop growth underneath, creating high-efficiency Agrivoltaic systems.
During the seasonal transition periods, northern Bangladesh is subject to severe thunderstorms (Kalbaishakhi). Our tracker systems feature wind sensor integration, automatically stowing flat to survive high wind speeds up to 45m/s.
From arid deserts to snow-prone regions and mountain installations, our utility trackers maintain consistent operation globally.
5MW Dual Axis System - North China
Rooftop Factory Tracker Project
Green Belt Integrated Solar Project
Mountain Grid Tracking Project
Tracker Resilience After Heavy Snow
ZRD-08 Dual Axis Tracker Field Site
20MW Utility Tracker - Central China
20MW Tilted Single Axis Desert Project
40MW ZRPT Flat Single Axis with Inclined Module
Watch our tracking systems operate in the field, adjusting to capture optimal sunlight throughout the day.
353MW Flat Single Axis Tracker Aerial Overview
Dual Axis Tracker Structural Dynamics
Dual Axis Solar Tracker Scenic Project Install
Our development roadmap focuses on cost optimization and structural safety for global utility markets. By implementing astronomical algorithms coupled with closed-loop optical sensors, our trackers adjust positions even in heavily overcast conditions, typical during the Bangladeshi monsoon season.
The tracker operates utilizing a pre-calculated GPS path coordinated with live optical tracking. This hybrid feedback reduces tracker motor power consumption while preventing backtracking shade losses early in the morning and late in the evening.
We offer foundation configurations suitable for diverse soil types, including rammed steel post systems, concrete piles, and ground screws, designed to accommodate the muddy, clay-heavy topsoils of Rajshahi's farmlands.
Our self-lubricating bearings and low-maintenance DC planetary gear drive motors minimize manual checks, which is essential for projects in rural and remote regions of Bangladesh.
We coordinate with local EPC companies to align with SREDA (Sustainable and Renewable Energy Development Authority) criteria, facilitating local grid integration and net-metering processes.
Review our full range of solar mounting and tracking technologies designed for international utilities and regional industrial plants.
Designed for heavy load module capacities. The ZRD-10 integrates dual-axis mechanical actuators, engineered for high reliability.
Features a fixed tilt angle of 10°–30° tracking the sun's azimuth, increasing energy yields by 15%–25% over static mounts.
A stable single-axis structure optimized for dual-sided bifacial modules, yielding high energy harvesting gains at a lower capital cost.
1-portrait flat solar tracker designed for quick site construction, minimizing mechanical maintenance and site leveling costs.
Combines single-axis rotation with preset inclined framing angles to maximize solar harvesting in lower latitude regions.
A low-clearance design featuring galvanized steel components, built for harsh outdoor installations.
Engineered tracking system providing tilt optimization for high and mid-latitude project sites, boosting yield consistency.
Fully customized dual-axis systems, tailored with adaptive logic controllers to match specific local conditions.
Our PV mounts, single axis, and dual axis tracking structures undergo independent testing to comply with international structural safety standards.
Find technical answers regarding the installation, operation, and return on investment of dual-axis solar trackers.
Contact our engineering consultants today for customized product configurations, detailed project estimates, or factory logistics details.
Send Inquiry Now
Zhaori