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As a floating solar system integration company, Raysol founded in 2019, our mission is to provide reliable and sustainable solar power solutions to our customers. We are committed to delivering high-quality, tailor-made solar energy systems that meet the unique needs of each of our partners and clients.
Rich Experience
Our team of certified professionals has more than 15 years' experience in solar energy industry. We provide free system design for our customers, giving advices for maximum energy savings, high reliability and minimal maintenance, ensuring our customers have access to clean, affordable and sustainable energy for years to come.
Customized Services
We are committed to providing high-quality, customized solar solutions to meet the specific needs of each of our customers. We ensure that our system design and installation can meet their unique energy needs as well as budget and aesthetic preferences.
24Hours Support
We pride ourselves on providing exceptional customer service, timely project delivery and superior product quality. Our team is always available to provide support and technical assistance, ensuring that our customers have the best possible experience with our company.
Technology Certification
Products have covered more than 50 countries and regions around the world. Many products have been certified and tested by many international authoritative certification organizations such as ETL, TUV, CE, SAA, UL, etc., and meet domestic and international product standards.
Floating Photovoltaics
Floating photovoltaics is made up of solar panels mounted on floats that are designed to float and remain stable on water bodies.
Floating PV System
Floating PV system is now getting more and more popular in different countries, especially when there's no enough land space for developing PV Ground Mounting Systems.
Floating Solar Mount
Floating solar mount refers to Floating PV System installation which is install on the water surfaces, such as lake, reservoir, dam, pond, etc.
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Install Site: |
Floating Solar System |
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Tilt Angle: |
5/10/15 ° ; Customized |
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Module Type: |
Portrait or Landscape |
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Max Snow Load: |
1.4KN/m2 |
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Max Wind Load: |
60m/s |
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Material: |
HDPE |
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Loading Capacity: |
150kg/m2 |
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Package |
Wooden Case Package |
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Lead Time |
Goods can be ready for shipment within 7-15 working days upon payment |
Reduces Use Of Land
Floating solar systems utilize water surfaces that are often underutilized. This makes them an excellent option for densely populated areas or regions where land availability is limited.
Enhanced Efficiency
Floating solar systems operate more efficiently at lower temperatures, and the presence of water helps dissipate heat, thus preventing overheating and improving overall energy production.
Reduced Water Evaporation
Another benefit of floating solar systems is their ability to reduce water evaporation from reservoirs.
Albedo Effect
Floating solar systems also benefit from the albedo effect which increases their energy efficiency.
Water Quality Preservation
The shading effect of floating solar systems can help maintain water quality by preventing the growth of algae and limiting the penetration of sunlight into the water.
Dual Land Use
Floating solar systems offer the possibility of dual land use, allowing water bodies to serve multiple purposes simultaneously.
Floating solar systems currently occupy man-made water bodies, including reservoirs, wastewater storage ponds, and agricultural irrigation ponds. These facilities are also present in diverse settings such as quarries and mining sites, dams, and areas close to shorelines.
Although natural bodies of water present opportunities for solar development, artificial reservoirs offer distinct benefits. These reservoirs generally come with pre-existing infrastructure and access roads, a result of their man-made origins, which facilitates easier and more cost-effective installation and upkeep of floating solar arrays.
Solar Panels: These panels, identical to those used on the ground or rooftops, capture sunlight and convert it into electrical energy.
Floating Platforms: Made from durable, high-density materials like HDPE (high-density polyethylene), these floating platforms ensure that the solar panels remain afloat on the water surface.
Mooring Systems: An anchoring system is employed to steadfastly secure the floating platforms, averting any drifting instigated by wind or water currents, thereby guaranteeing the stability and precise positioning of the solar arrays upon the water body.
Inverters: The DC electricity engendered by the solar panels necessitates conversion into alternating current (AC) to facilitate utilization in electrical systems.
Electrical Cabling: Special waterproof cables, along with durable connectors, are used to manage the electrical connections within the system.
Monitoring Systems: Sensors, meters and other monitoring systems allow remote monitoring of the floating solar systems performance and output.
Site Selection: Choose an appropriate water body for the installation, considering factors such as water depth, water quality, solar exposure, and available surface area.
Structural Design and Engineering: Work with engineering experts to design a robust floating platform structure capable of withstanding water conditions, weather events, and potential impacts.
Environmental Impact Assessment: Consider factors such as changes in water temperature, water quality, aquatic life, and potential shading effects.
Safety Measures: Install barriers or buoys to demarcate the installation area.
Electrical Compatibility: Ensure that the electrical components of your floating solar system comply with the instructions provided by the manufacturer.
Floating Platform Materials: Choose high-quality and durable materials for the floating platforms to withstand the harsh conditions of a water environment.
Anchoring and Mooring System: Select an appropriate anchoring and mooring system to keep the floating platforms stable and prevent drifting.
System Capacity and Energy Needs: Determine the desired energy capacity and assess if the floating solar system aligns with the energy needs of the intended application.
Customization Process
Initial Consultation and Requirements Gathering
You can have a conversation with our professional technicians via phone or email to understand the project requirements, including power needs, site conditions and required size specifications.
Design
Based on the requirements and data you provide, our engineers will consider factors such as size, shape, power output, material, etc. to evaluate and determine the best configuration and budget for the product.
Prototyping and Testing
We will build and assemble functional prototypes based on the design and test them for performance and durability. To ensure that the initial panels meet performance expectations under real-world conditions.
Permits and Approvals
Our engineers can make any necessary adjustments to the custom design based on your feedback.
Production and Delivery
If everything is approved, the product will enter the mass production phase. After a final inspection by our technicians, the product will be shipped to the customer for installation
Delivery and Production
If everything goes well, after receiving your payment information, the product will enter the mass production stage.
Shipping
After the final inspection by our technicians, the product will be shipped to the customer for installation.
Ongoing Support and Maintenance
I will keep in touch with you to continuously track the performance of the product and resolve any issues that may arise.
As one of the leading floating solar system enterprises in China, we warmly welcome you to wholesale hot sale floating solar system in stock here from our factory. All customized products are with high quality and low price. For more information, contact us now.
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