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As the wind power industry rapidly evolves, wind measurement LiDAR has become an essential tool for evaluating wind farm sites and performing operational maintenance. However, wind measurement LiDAR faces harsh conditions in real-world applications, such as extreme temperatures and high-power component heat generation, which impose stringent demands on its thermal management performance. NFION, a professional supplier in the field of thermal conductive materials, offers comprehensive thermal management solutions tailored to wind measurement LiDAR, ensuring efficient operation along with outstanding reliability and durability.
Wind measurement LiDAR is typically used in outdoor environments, including high and low temperatures, high humidity, and dusty conditions. To ensure the long-term stable operation of the device, its thermal management design must meet the following requirements:
1. High Thermal Conductivity: Core optical components and laser emission modules are heat-intensive areas requiring high-performance thermal materials to rapidly dissipate heat and avoid thermal accumulation.
2. Long-Term Stability: Thermal management materials must maintain stable performance under varying temperatures and humidity to prevent failures due to aging or deformation.
3. Reliable Insulation: Electrical modules in LiDAR require thermally conductive and insulating materials to prevent short circuits and protect components.
NFION’s silicone thermal pads feature high thermal conductivity and excellent softness, making them ideal for use between laser modules and heat sinks in wind measurement LiDAR. Key features include:
● High Thermal Conductivity: Thermal conductivity of up to 5.0 W/m·K or higher ensures rapid heat transfer.
● Flexibility and Compressibility: Adapts to uneven surfaces, reducing contact thermal resistance.
● Stability: Maintains performance across a wide temperature range of -40°C to 200°C.
Additionally, NFION’s thermal pads can incorporate fiberglass cloth as a substrate, enhancing mechanical strength and dimensional stability for improved durability.
Thermal gel offers high fluidity and excellent filling capabilities, ideal for filling narrow gaps or irregular voids in wind measurement LiDAR. Its features include:
● Ultra-Low Thermal Resistance: Significantly improves thermal management efficiency.
● Automated Dispensing: Suitable for industrial production processes, reducing manual installation errors.
● Long-Term Reliability: Non-curing properties prevent cracking or hardening over time.
Thermal grease is suitable for processors and power modules in wind measurement LiDAR. With high thermal conductivity and low volatility, it ensures stable long-term operation. NFION’s thermal grease uses eco-friendly formulations that comply with RoHS and REACH regulations, providing green solutions for clients.
