JinMega has successfully completed a 390kWp commercial rooftop solar project in Xiamen, Fujian. The project uses our Flat Roof-Concrete System, providing a practical and reliable mounting solution for commercial flat roof applications.

 

 

Why Choose JinMega's Flat Roof-Concrete System?

·Adaptable

The system can be customized to match different roof layouts, project requirements, and local installation conditions, making it suitable for a wide range of commercial projects.

 

·Reliable

Made from high-quality ZAM Steel, the system offers excellent corrosion resistance and long-term durability. The ballasted design helps protect the roof structure while providing stable support for solar modules.

 

·Easy to Install

With a highly pre-assembled design, the system reduces on-site installation time, improves construction efficiency, and helps lower labor costs.

 

From small to large commercial rooftop projects, JinMega's Flat Roof-Concrete System delivers a balance of reliability, installation efficiency, and long-term performance.

 

Learn more about our roof mounting solutions www.jinmegasolar.com/solar-roof-mounting-systems

JinMega successfully completed a 907.9kW distributed solar project for in Xiamen, Fujian. The project features our Flat Roof-Concrete System, providing a reliable and efficient mounting solution for commercial flat rooftops.

 

 

Why Choose JinMega's Flat Roof-Concrete System?

 

·Flexible

Customized materials and structural designs allow the system to adapt to different project requirements and application scenarios.

 

·Stable

Manufactured with high-quality ZAM Steel for outstanding corrosion resistance. The system can be installed on flat roofs without damaging the roof structure while ensuring long-term reliability.

 

·Efficient

Highly pre-assembled components help speed up installation, reduce on-site work, and improve overall project efficiency.

 

 

Designed for commercial flat roof applications, JinMega's Flat Roof-Concrete System combines durability, installation efficiency, and design flexibility, making it a dependable choice for a wide range of solar projects.

 

 

Looking for a proven mounting solution for your next rooftop solar project? Visit our website to explore more project cases and solar mounting solutions jinmegasolar

 

JinMega Double-Column Solar Carport Project in Japan

Power + Parking in One

 

JinMega presents a range of high-performance home energy storage (HES) products designed for reliability, flexibility, and efficiency. Whether wall-mounted or floor-standing, our solutions deliver cost-effective energy management for residential and commercial applications.

 

 

Our Products:

25.6V 100AH JM-ES-LFP24V100-BG – Wall-mounted

51.2V 100AH JM-ES-LFP48V100-BG – Wall-mounted

51.2V 200AH JM-ES-LFP48V200-LD – Floor-standing

51.2V 314AH JM-ES-LFP48V314-LD – Floor-standing

 

Key Features & Advantages

Wall-Mounted Units

·Built with reliable lithium iron phosphate (LiFePO4), supporting up to 6000 cycles.

·Compact, easy to install on walls, and ideal for indoor use.

·Connect up to 15 units in parallel, expandable to 38.4/76.8 kWh, with full-range BMS protection.

·Compatible with multiple inverter protocols, suitable for off-grid or hybrid systems, and can communicate directly with computers.

 

Floor-Standing Units

·High safety standards with LiFePO4 cells; 51.2V 200AH supports 6000 cycles, 51.2V 314AH up to 8000 cycles.

·Designed for floor installation, compact and easy to move, perfect for indoor energy storage.

·Connect up to 15 units in parallel, expandable to 153.6/241.15 kWh, with full-range BMS protection.

·Supports off-grid or hybrid systems, compatible with various inverter brands, and allows direct computer communication.

 

Empower your home or business with a reliable, scalable, and cost-effective energy storage solution today. Discover more JinMegaSolar

JinMega continues to expand the newly launched solar carport series with the introduction of the Y-Shaped Solar Carport System. This solution is designed for commercial parking areas and combines modern structural design with solar power generation.

 

 

Why Choose the JinMega Y-Shaped Solar Carport?

Reliable Structure

The Y-shaped design delivers a modern appearance that enhances the overall look of commercial parking spaces. High-strength and corrosion-resistant materials ensure long-term durability in different environments. The tested BIPV waterproof design also provides dependable protection against rain and weather exposure.

 

Efficient Value

The system is developed with an optimized structure to achieve strong cost performance. The open-frame layout maximizes available parking space and improves site efficiency. JinMega also offers pre-assembly service, helping shorten installation time and support faster project delivery.

 

Flexible Solutions

Different structural designs and material options are available to meet various project needs. The system can also be customized according to actual site conditions, making it suitable for a wide range of commercial applications.

 

A solar carport provides more than vehicle protection. It allows businesses to generate electricity on-site, reduce operating costs, improve land efficiency, and support long-term sustainability goals.

 

Explore more JinMega solar carport solutions and discover the right option for your next project. https://www.jinmegasolar.com/solar-pv-carport-mounting-systems

JinMega recently completed a 1.64 MW solar roof mounting project in Xiamen, Fujian. Designed for a distributed rooftop PV application, the project uses JinMega roof mounting systems to support stable and efficient solar installation across the facility rooftop.

 

 

Key Features of JinMega Roof Mounting Solutions

 

Flexible Design Compatibility

JinMega roof mounting systems are designed to adapt to different roof types and project conditions, helping customers optimize rooftop space while maintaining stable system layouts.

 

 

Efficient Installation Process

With pre-assembled components and simplified structure design, JinMega roof mounting systems help reduce installation time and improve on-site construction efficiency.

 

 

Stable and Durable Structure

Made with high-quality materials and corrosion-resistant treatment, JinMega mounting systems are built to handle long-term outdoor exposure and different environmental conditions.

 

Customized Support for Diverse Projects

From commercial rooftops to industrial solar applications, JinMega provides flexible mounting solutions based on actual project requirements and installation environments.

 

Explore more about JinMega roof mounting solutions here: solar-roof-mounting-systems

 

 

JinMega’s double-column solar carport solution was recently installed in a 500kWp aluminum solar carport project in Japan. Completed in 2026, the project uses a full-aluminum structure with integrated drainage design, combining solar power generation with parking space applications.

 

 

Why Choose JinMega Double-Column Solar Carport?

 

· Reliable Structure

Made from AL6005-T5 aluminum with strong corrosion resistance and good wind and snow load performance.

 

· Integrated Drainage

Built-in drainage design improves water flow and waterproof performance.

 

· Flexible Layout

The system can be customized according to parking layout, vehicle types, and project requirements.

 

· Easy Installation

The lightweight aluminum structure and simplified design help reduce installation time on site.

 

Explore more about our double-column solar carport solution here https://www.jinmegasolar.comhttps://www.jinmegasolar.com/aluminum-solar-carport-double-colunm

 

JinMega successfully delivered a 165kW solar project in Niigata, Japan, featuring our Solar Walkway solution. The system adopts a clamp-based design to ensure secure and reliable installation. JinMega Solar Walkway is a durable and lightweight platform system designed to ensure safe access across a wide range of solar applications, including rooftop, ground-mounted, and BIPV systems.

 

 

·High-strength structure with lightweight design, offering excellent corrosion resistance and long-term durability.

·Quick installation and disassembly, with low maintenance needs. The design helps prevent the accumulation of dirt, snow, and water.

·Effectively protects rooftops during construction, operation, and maintenance phases.

·Fully compatible with JinMega mounting systems, including Rail, L Feet, and Kliplok solutions.

 

From design to delivery, JinMega continues to enhance system reliability with practical components like the Solar Walkway, ensuring safer access and improved maintenance efficiency for solar projects worldwide.

 

Explore more at https://www.jinmegasolar.com/solar-walkway

 

When discussing ground-mounted photovoltaic (PV) projects, many people first think of ground screw foundations or concrete foundation as the installation base.

However, many overlook a more economical and convenient foundation solution: gabion .

Gabion (also known as stone cage) ground-mounted PV systems use metal mesh cages filled with stones as a counterweight foundation to fix the PV supports to the ground.
This method has significant advantages in projects with special geological conditions and high environmental requirements:
1. No excavation or foundation damage required & Preserves existing terrain: Unlike traditional cast-in-place concrete pile or helical pile foundations, gabion mesh counterweights do not require large-scale excavation or damage to the soil structure, making them ideal for landfills, brownfields (contaminated land), or ecological reserves.
2. High adaptability: Can be deployed directly in rocky areas, hard ground, or areas where drilling is impossible.
3.Convenient and flexible construction & Rapid installation: Gabion mesh can be prefabricated or filled on-site, reducing the waiting time required for concrete curing and significantly shortening the construction period.
4. Mobility: If the power station needs to be relocated or the land lease expires, the gabion foundation is easy to dismantle, generating almost no construction waste.
5. Excellent Drainage and Ventilation & Performance: Prevention of Water Accumulation: The gaps between the stones have excellent permeability, unlike concrete foundations which impede rainwater penetration, effectively reducing site drainage pressure.
6. Natural Cooling: Good air circulation helps dissipate heat from the bottom of the modules, theoretically improving the power generation efficiency of photovoltaic modules in high-temperature environments.
7. Economic and Environmental Costs: Local Material Sources: If waste rock or gravel resources are available at or near the project site, material transportation costs can be significantly reduced.
8. Low Carbon Footprint: Using natural stone as ballast is more environmentally friendly than concrete, which emits large amounts of carbon dioxide during production.
9. High Stability and Durability: Wind and Slip Resistance: The large volume and weight of the gabion baskets provide excellent wind uplift resistance.
10. Structural Flexibility: Compared to rigid concrete foundations, it better adapts to minor foundation settlement or surface deformation and is less prone to cracking.

Due to the high salt spray corrosion, strong wind loads, and high humidity of coastal environments, the requirements for solar mounting system differ significantly from those in inland areas. Therefore, the following aspects should be considered when selecting solar mounting:

1. Choosing the Suitable Material:

* Stainless Steel (e.g., 304, 316): Extremely corrosion resistant, especially 316 stainless steel, suitable for the high-salt environment of the seaside, but extremely expensive.

* Aluminum: Lightweight, corrosion resistant (with a natural oxide film protection), and easy to install. Its strength is relatively lower than steel, suitable for rooftop projects in coastal areas; ground-mounted designs need to be reinforced to withstand wind loads.

* Hot-dip Galvanized Steel: Common solution and moderately priced, the hot-dip galvanized layer provides corrosion protection for a certain period. For coastal areas, a thickness of ≥85 μm of the hot-dip galvanized is recommended.

* ZAM Coated Steel: Affordable price; compared to hot-dip galvanized steel, ZAM steel offers 2-3 times longer salt spray resistance, making it particularly suitable for the high humidity and high salt environment of the seaside.

2. Choose a suitable structural design solution

* Fixed solar ground solutions: The design should focus on multiple diagonal braces, large columns, and strong nodes. In typhoon areas, the supports should be designed according to wind pressure, and reinforcement rods or thicker profiles should be added if necessary.

* Roof solar supports: Considering the limited load-bearing capacity of the roof, especially old or lightweight roofs (such as tin roofs with corrugated steel sheets), the solar mounting solution primarily use aluminum structure and should pay attention to structural safety.

* Tracking solar solutions: PV tracking systems have poor wind resistance, posing a high risk when used in high-wind-speed coastal areas, and incurring high costs and maintenance expenses.

3. Pay attention to construction and maintenance.

*Construction requirements: Welded parts should be properly treated for corrosion protection. Bolts are best made of stainless steel or galvanized with anti-loosening measures.

*Regular maintenance: In coastal areas, it is recommended to check the bolts and anti-corrosion coating of the supports every 6-12 months and promptly treat any rust or peeling.

The key to choosing solar mounting systems in coastal areas is: corrosion-resistant materials + wind-resistant structure + regular maintenance. CORIGY is a professional solar mounting solution provider, offering the most cost-effective coastal solar support design solutions tailored to the environment. Products include solar ground-fixed structures, roof solar solutions, carport solar mounts, and other solar mounting products, with extensive experience in coastal PV support projects.