Create Material
Create Material
Premium high-capacity photovoltaic panels and robust waterproof carports customized to withstand Hai Phong's high salinity and typhoon loads.
Hai Phong, the largest coastal port city in Northern Vietnam and a key economic engine, is undergoing a major energy transition. With rapid industrial development spanning the DEEP C Industrial Zones, Nomura, and VSIP Hai Phong, multinational corporations face intense pressure to decarbonize under global supply chain ESG frameworks. Simultaneously, the Vietnamese Government's Power Development Plan VIII (PDP8) actively pushes for decentralized solar generation on factory roofs.
Deploying solar energy in Hai Phong requires specialized engineering. Located directly on the Gulf of Tonkin, the city experiences high relative humidity (averaging 80–85%), persistent salt mist, and periodic super-typhoons (such as Typhoon Yagi). Standard solar mounting brackets and low-specification modules degrade within years in this microclimate, suffering from galvanic corrosion and structural failure.
Our solutions target these unique conditions with specialized metallurgical engineering. By leveraging structural hot-dip galvanized (HDG) steel and marine-grade anodized aluminum (AlMgZn coating), our structural solutions deliver a guaranteed 25-year service life under C5-M high-salinity standards, providing structural security to safeguard solar investments.
Combining advanced metallurgical manufacturing with modern solar mounting engineering to deliver high-yield solar components globally.
Founded in 2010, Create (Tianjin) Material Co., Ltd. has emerged as a premier manufacturer and high-volume exporter of specialized steel products. Over the past 15 years, we have strategically positioned ourselves as a cornerstone of the international steel supply chain, combining technical manufacturing prowess with a sophisticated global logistics network.
Our deep metallurgical heritage is the core foundation of our solar business. Solar mounting structures, ground screws, and tracking brackets are only as reliable as the raw structural steel and protective coatings used to build them. By controlling the entire manufacturing value chain from hot-rolled coil to finished PV mounting racks, we ensure that every bracket deployed in coastal regions like Hai Phong meets strict engineering tolerances.
We offer an expansive range of high-grade steel solutions engineered to meet the rigorous demands of modern infrastructure, automotive manufacturing, and heavy industry. Our core competencies include:
At Create (Tianjin), our operations are governed by the dual pillars of Quality and Service. We recognize that in a volatile global market, our clients require more than just a supplier; they require a partner. To this end, we provide high-tier customized services, leveraging flexible production lines to meet bespoke technical specifications and unique project requirements.
We are acutely aware of the competitive landscape. To provide our partners with a distinct market advantage, we continuously optimize our production methodologies. By integrating advanced manufacturing technologies, we enhance structural integrity while simultaneously driving down operational costs—passing those savings directly to our customers through highly competitive pricing.
Transparency and Partnership: Trust is the foundation of our business. To ensure total peace of mind, we invite prospective partners to verify our quality through standardized sampling and trial orders. Furthermore, we maintain an "Open Door" policy, welcoming clients to visit our Tianjin facilities for on-site inspections at any time. Our ultimate objective is the cultivation of long-term, stable, and mutually beneficial alliances that drive collective success in the global marketplace.
High-precision smart tracking solar controllers and heavy-duty structural mount configurations designed to optimize real-time generation metrics.
Bridging the gap between global PV advancements and local manufacturing deployment in modern ports.
The global solar energy landscape has shifted from standard p-type passivated emitter and rear cell (PERC) technology to high-efficiency N-type TopCon (Tunnel Oxide Passivated Contact) and Heterojunction (HJT) solar cell structures. These advanced cells offer minimal Light-Induced Degradation (LID) and a superior temperature coefficient. In hot, humid conditions like Northern Vietnam's summer, N-type TopCon modules maintain generation efficiency while conventional modules experience significant performance drops. Additionally, N-type bifacial panels achieve bifaciality factors up to 80-85%, capturing reflected light from concrete roofs or surrounding ground areas.
Maximizing generation from high-power (600W to 700W+) modules requires structural solar tracking systems. Fixed-tilt mounting structures limit energy harvest to a narrow daily window. In contrast, intelligent single-axis and dual-axis tracking systems dynamically adjust module orientation based on astronomical tracking and real-time cloud conditions. This tracking capability increases total daily energy yield by 15% to 25% compared to static structures. Our tracking solutions incorporate advanced wind-protection safety algorithms, automatically returning panels to a horizontal position when wind sensors detect high wind speeds.
For industrial facilities with limited land area, solar carports provide a functional double-use solution for large factory parking spaces. These waterproof structures shield vehicle fleets from UV and storm exposure while serving as local generation installations. Our custom-designed solar carports feature integrated drainage systems, structural aluminum framework, and steel supports configured for easy ground assembly. This configuration reduces overall installation times and maintenance costs over the system's operational lifespan.
High-performance installations designed to meet the demands of Northern Vietnam's logistical, industrial, and agricultural sectors.
Hai Phong’s major ports require high-durability roofing sheets and structural arrays. Our custom mounting brackets integrate with port warehouse roofing without compromising waterproofing integrity, delivering reliable energy yields to run automated cargo-handling equipment and cold storage facilities.
High-power N-type bifacial panels supply consistent electrical power directly to manufacturing assembly lines in industrial zones. The self-generated power lowers peak demand charges from the grid and supports compliance with global supply chain carbon reduction goals.
Supporting agricultural applications across Hai Phong’s rural districts, our PV greenhouse structures support clean energy generation while maintaining light transmission properties to optimize crop production cycles.
Explore our complete portfolio of monocrystalline solar panels, tracking controllers, and structural mounting configurations.
From raw steel profile production to high-durability roofing sheet installations and solar structures.
Engineered PPGI cladding panels designed to withstand salty sea spray and high wind loads in Hai Phong coastal zones.
View Steel Systems
Durable hot-dip galvanized structural profiles supporting solar-integrated agricultural greenhouse systems.
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High-load-bearing structural channel sections, angles, and H-beams for heavy industrial solar carport configurations.
View Structural SpecsOur ongoing commitment to structural reliability, durability, and low maintenance overhead.
To meet the rigorous operating conditions of coastal infrastructure in regions like Hai Phong, we prioritize material science research and structural engineering testing, focusing on:
Answers to common engineering and commercial questions regarding solar deployments in coastal industrial environments.
Contact our engineering and sales teams to request a custom wind load calculation, component samples, or a project quotation tailored to the Hai Phong market.
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