Project Overview
Sunpal Power successfully delivered a 1MW floating solar PV project in the Netherlands. Designed for regions with limited land resources, this floating photovoltaic system utilizes idle water surfaces to generate clean electricity while supporting local renewable energy development.
One-Stop Floating Solar Solution
Sunpal provided a complete floating solar solution, including high-efficiency PV modules, grid-connected inverters, and customized floating mounting systems.
1. Sunpal BiMAX 5N N-Type TOPCon Bifacial Dual Glass Solar Panels
Model: BiMAX 5N 580W N-Type TOPCon Bifacial Dual Glass Module
Quantity: 1724 panels
Total Capacity: 1MW
Key Advantages:
High Efficiency: Maximum module efficiency up to 22.8%, delivering higher energy output in limited installation areas.
Bifacial Power Generation: The dual-glass bifacial design captures reflected sunlight from the water surface, improving overall energy yield.
Low Degradation Performance: N-Type TOPCon technology minimizes LID effects, achieving <1% first-year degradation and 0.40% annual degradation from year 2–30 for stable long-term performance.
Excellent Durability: Dual-glass structure provides strong resistance against humidity, corrosion, and harsh outdoor environments, making it ideal for floating solar applications.
2. Sunpal MPS0500 Grid-Tied Solar Inverter
Model: MPS0500
Output Power: 500kW/unit
System Configuration: 2 units in parallel (1MW total)
Key Advantages:
High Conversion Efficiency: Maximum efficiency up to 98.7%, reducing energy losses during power conversion.
Smart Monitoring: Supports string-level monitoring, remote operation, and intelligent fault diagnosis.
Grid Compatibility: Supports reactive power control and grid regulation functions to meet European grid requirements.
3. Sunpal Custom Floating PV Mounting System
Type: HDPE Modular Floating Mounting Platform
Key Advantages:
High Corrosion Resistance: Uses durable HDPE floating structures and stainless steel components for long-term water environment operation.
Stable Floating Structure: Professional mooring and anchoring design ensures system stability under wind, waves, and water level changes.
Easy Installation & Maintenance: Modular design simplifies transportation, assembly, and future maintenance.
Sunpal's Comprehensive Service Process
Sunpal provides complete project support from planning to operation:
Demand Confirmation: Analyze water conditions, grid requirements, and project objectives.
Technical Design: Provide customized floating PV layout, system configuration, and engineering support.
Product Supply: Deliver complete solar modules, inverters, and floating structures with strict quality control.
Installation Guidance: Provide technical assistance, commissioning support, and system optimization.
After-Sales Support: Offer long-term monitoring and professional technical services.
Project Background & Energy Challenges
The Netherlands is accelerating renewable energy development, but limited land availability creates challenges for traditional ground-mounted solar projects.
Floating solar provides an innovative solution by utilizing unused water surfaces while improving energy efficiency through natural cooling effects. Combined with wind power generation, the project helps create a more stable and diversified renewable energy system.
Project Advantages
Land Resource Optimization: Utilizes unused water areas without occupying valuable land resources.
Higher Energy Yield: Water cooling reduces module temperature and improves photovoltaic performance.
Improved Energy Stability: Wind-solar integration helps balance renewable energy generation.
Sustainable Development: Supports European clean energy targets with low-carbon power generation.
Final Project Results
Sunpal's 1MW floating solar project in the Netherlands has achieved stable and efficient operation. The combination of high-performance bifacial modules, reliable inverter technology, and durable floating structures provides a proven solution for large-scale floating PV applications.