Engineered for high irradiation regions, optimizing output efficiency with minimal operational maintenance requirements.
Designed for flat terrain layouts, yielding up to 15% to 30% production gains over fixed-tilt systems.
The perfect balance of mechanical simplicity and manual angle adjustment to cope with seasonal solar trajectory variations in Syria.
Combines flat-axis mechanical design with inclined PV layout to optimize low-latitude winter yields in Damascus.
Dual-axis control tracking solar azimuth and height angles concurrently. Yields up to 35% more power output.
In Damascus and its key industrial districts such as Adra Industrial City, energy resilience has transitioned from an environmental milestone to an operational necessity. High grid instability, coupled with the prohibitive cost of diesel fuel for generators, has forced factories, farms, and logistics hubs to seek off-grid and hybrid solar installations. The region features exceptional horizontal global irradiation (GHI) levels exceeding 2,000 kWh/m² per year, representing a massive source of untapped power.
However, the local environment presents unique challenges. Sandy winds from the Syrian Desert, significant seasonal temperature variations between hot summers and chilly winters, and limited access to replacement electronic automation parts make standard tracker configurations problematic. This is where Manual Adjustable Solar Racks become the most robust engineering selection for Damascus. They eliminate vulnerable electronic sensors and motors while allowing local personnel to adjust PV angles seasonally, ensuring maximum yield at minimal capital expenditure.
Our structures are customized with thick coatings and robust steel profiles to withstand the hot-arid and windy climate conditions of the Syrian plateau.
| Structural Parameter | Standard Specification | Damascus Climate Customization Option |
|---|---|---|
| Main Structural Material | Q235B / Q355B Steel | High-Strength Q355B Hot-Rolled Profile Steel |
| Corrosion Resistance Treatment | Hot-Dip Galvanized (HDG) ~65μm | HDG to 85μm+ or Zn-Al-Mg (Zinc-Aluminum-Magnesium) coating |
| Wind Load Capacity | 35 m/s (126 km/h) | Reinforced up to 45 m/s (162 km/h) for desert sandstorm gusts |
| Adjustment Angles | 10° - 45° manual adjustment | Stepped angles set at 10°, 25°, 40°, 55° for local Damascus latitude (33.5° N) |
| Module Compatibility | Standard 60/72 Cells, Bifacial Panels | Optimized clearance heights for high-power Bifacial modules |
| Fastener Materials | SUS304 Stainless Steel / Dacromet | Heavy-grade Dacromet & SUS316 for extreme durability in dusty environments |
As a premier solar manufacturer headquartered in Shandong, China, Shandong Zhaori New Energy Tech. Co., Ltd. (founded in June 2012) operates a modern 50,000 square meter factory layout. Equipped with CNC machinery, high-precision laser cutters, automated welding robots, and plasma processing systems, we ensure complete control over structural tolerances and hot-dip galvanizing consistency. Our factory runs dozens of production lines with 300+ professional workers, pushing our output capacity to 500MW per month.
For Syrian distributors and Damascus project developers, this factory scale equates to reliable delivery timelines. We bypass intermediate trading entities to offer factory-direct container prices. Our direct relationships with global logistics hubs ensure smooth ocean freight routes from Qingdao port to Latakia or Tartus port, backed by a resilient and highly organized global supply chain infrastructure.
Get Factory-Direct PricelistFrom desert horizons to mountain peaks and industrial rooftops, our tracking and adjustable mounting solutions deliver robust long-term ROI.
Factory Roof-Mounted Project
Solar Tracker after Heavy Snow
20MW Desert Utility Installation
40MW Flat Single Axis with Inclined Module
5MW Dual Axis Project
Mountain Range Deployment
20MW Flat Single Axis Utility Station
Watch our tracking and mounting solutions operational under diverse wind, snow, and terrain conditions.
353MW Flat Single Axis Tracker Aerial Overview
Factory Structural Operations & Design Tour
High-Yield Dual Axis Tracking Installation
Our commitment to rigorous design quality and robust materials is certified by global authorities.
Our products have obtained structural and mechanical design patents from the European Patent Office, the United States, Canada, Australia, Japan, South Korea, Thailand, India, Brazil, and South Africa. This is backed by 8 Chinese National Invention Patents, over 30 Utility Model patents, and verified certification compliance under CE, TUV, and ISO 9001 quality management guidelines.
Comparing various structural designs under the constraints of local capital expenditure and operating conditions.
A basic configuration locked permanently at a single angle (typically 30° for Damascus). It has low installation complexity but suffers from significant energy drop-offs during the summer (when the sun is high) and winter (when the sun is low).
Allows manual structural adjustments using a manual lever or basic adjustment bolts. The tilt is modified 4 times a year: 10° for Summer, 25° for Spring/Autumn, 40° for Winter, and an optional 55° for early winter. Elevates annual yields by up to 15%.
Uses active sensor units and electric drive components to track the sun dynamically throughout the day. Yields the highest energy output but requires consistent electrical supply, clean gears, and structured maintenance schedules.
A structured logistics roadmap from our Shandong production lines directly to your project sites in Syria.
Our engineering team analyzes your project blueprints, soil/foundation specifications, local wind speeds, and module layout (portrait/landscape) to tailor the structural sizing, mounting clamps, and base foundation configurations.
Components are carefully bundled to prevent transit scuffs and optimize container space. Ships via ocean freight from Qingdao Port to Tartus or Latakia Port, keeping transport rates competitive.
Upon port customs clearance, structures are dispatched via domestic flatbed trucks to Damascus, Adra, or other project locations. Simple designs enable rapid installation by local construction crews.
Detailed technical and commercial answers regarding manual adjustable mounting system deployments.
From single-axis tracker assemblies to heavy-duty dual-axis trackers, we have solutions for every project scale.
Fully automatic dual-axis tracker, providing exceptional energy capture for remote water pumping and off-grid utility sites.
Features a tilted rotational axis (10°-30° tilt) to boost power generation by an additional 15% to 25% over flat single-axis designs.
Accommodates 2 panels in portrait layout, optimizing structural footprint and wind load distribution for utility-scale developments.
Designed to hold medium-scale PV arrays, dynamically optimizing sun positioning to yield maximum daily outputs.
Leverages simplified drive mechanisms to offer robust dual-axis tracking efficiency at a fraction of standard automation costs.
High-load automated tracking system matching smart tracking algorithms with durable structural components.
Engineered for undulating or sloped terrains, offering reliable tracking performance across complex ground profiles.
Traditional 1-in-portrait tracker layout, offering low wind profiles and simple, clean installation procedures.
Zhaori