professional services covering solar panel system support

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One-Stop Service

Pre-Sales Service

Building a three-dimensional solution combining "technology + service + finance", we offer 48-hour rapid response through our global localized network. This includes customized services such as system design, revenue calculation, grid connection certification, and BIPV/agri-solar hybrid solutions.

In-Sales Service

We implement a three-step process: production monitoring, logistics collaboration, and installation guidance. Blockchain traceability provides real-time progress feedback, and a professional team ensures safe delivery. We offer a complete service cycle from contract signing to grid connection within 90 days.

After-Sales Service

We offer a comprehensive support package of "25-year warranty + intelligent operations and maintenance + iterative upgrades". We use digital twin technology to remotely monitor power generation efficiency, provide multilingual customer service with 48-hour response times, and generate annual optimization reports. By 2024, we aim to increase the wind pressure rating of our modules to 5400 Pa.

Custom Service

Requirements Identification

We have assembled a multilingual professional team. Through scenario-based research and combined with localized experience in over 20 countries worldwide, we complete demand profiling and pain point identification within 48 hours.

Solution Customization

Leveraging a three-dimensional "technology + service + finance" model, we deliver comprehensive solutions for system design, revenue calculation, and grid connection certification, covering models such as BIPV and agri-solar hybrids.

Fast Delivery

We implement a three-step process of production monitoring, logistics coordination, and installation guidance, with blockchain traceability providing real-time progress feedback. This ensures that the entire service cycle, from contract signing to grid connection and power generation, is completed within 90 days.

PV Project For A Commercial Complex In The Middle East

Project Background: A commercial complex in Dubai, in response to the "Zero Carbon City 2050" initiative, required a rooftop PV system to reduce building energy consumption.
Client Requirements: Stable power generation in hot and dusty environments, integrated with the building landscape, with annual power generation covering 30% of daytime electricity consumption.
Equipment List:
550W bifacial double-glass modules (TUV dust compatibility certified)
150kW string inverter (IP66 protection rating)
Intelligent cleaning robot system
Delivery Process:
The BIPV design team completed rooftop load calculations and optimized module layout within 48 hours.
A blockchain traceability system monitored production progress in real time, and a combination of sea and air freight ensured delivery within 30 days.
The local team completed installation and commissioning within 8 hours, integrating the system into the intelligent operations and maintenance platform.
Client Testimonial: "The system maintained 92% efficiency at 50°C, saving $187,000 in electricity costs in the first year."

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Southeast Asia New Rural Photovoltaic Demonstration Village

Project Background: A new rural development in Vietnam needed to address power shortages and required a low-cost, highly reliable solution.
Client Requirements: Adaptable to tropical, rainy climates, compatible with the existing grid, and capable of phased construction.
Equipment List:
450W flexible, lightweight panels (weighing only 12kg/㎡)
Microinverter system (supporting per-panel MPPT tracking)
5kW energy storage battery (IP65 waterproof rating)
Delivery Process:
A phased "PV + Energy Storage" implementation plan was issued within 72 hours of the site survey.
The modular production model enabled the first batch of panels to be delivered in 15 days.
Villager training and remote monitoring enabled autonomous operation and maintenance.
Client Comment: "The system maintained 85% power generation during the rainy season, increasing villagers' annual income by an average of US$320."

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European Industrial Park "PV + Energy Storage" Project

Project Background: A German automotive manufacturing base needed to reduce peak electricity costs and achieve its 2030 carbon neutrality goal.
Client Requirements: Coverage for 80% of daytime electricity consumption, grid peak shaving capabilities, and full system lifecycle carbon tracking.
Equipment List:
600W half-cut, stacked modules (22.5% conversion efficiency)
1MW liquid-cooled energy storage system (6,000 cycle life)
Carbon Management Platform (ISO14064 certified)
Delivery Process:
Energy audit team completed load curve analysis and equipment selection in 5 days.
Flexible production line completed customized module production in 7 days.
Intelligent algorithms optimized charging and discharging strategies, reducing annual electricity costs by €430,000.
Client Comment: "The system enables peak-valley price arbitrage, reducing carbon footprint by 1,200 tons per year, fully meeting investment expectations."

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