微纳热电转换技术 Micro/nano Thermoelectric Technology
微机电能源（MEME）热电芯片凭借创新的纳米构建材料与微纳机电系统设计，实现了高效能量转换，能为工业余热发电、环境热能利用、物联网设备、可穿戴产品及工业传感器等场景，提供可持续的绿色能源解决方案。
Microelectromechanical energy (MEME) thermoelectric chips achieve efficient energy conversion through innovative nanostructured materials and micro-nanoelectromechanical system design. They can provide sustainable green energy solutions for scenarios such as industrial waste heat power generation, environmental thermal energy utilization, IoT devices, wearable products, and industrial sensors.
基础理论、装备制造、材料制备、器件制备与系统应用创新
Innovations in theory, equipment, material, fabrication and applications
理论创新：热的尺度效应
Theoretical Innovation: Scale Effects of Heat
纳米构建：高效热电材料
Nano-structuring: High-Efficiency Thermoelectric Materials
微纳制造：规模化大批量
Micro/Nano-Fabrication: Large-Scale Production
技术突破：微小温差发电
Technological Breakthrough: Micro-Thermoelectric Power Generation
精密传感：新一代传感器
Precision Sensing: Next-Generation Sensors
绿色能源：微纳能源革命
Green Energy: The Micro-Nano Energy Revolution
MEME 热电芯片将革命性的纳米材料与先进的微纳制造工艺相结合，实现前所未有的能量转换效率。
MEME 热电芯片基于热电效应与纳米尺度调控。通过微机加工工艺在芯片上集成数万对热电对，即使在极小温差下也能高效将热能转化为电能。
MEME 芯片具备超高灵敏度、低能耗、可集成等特性，成为新一代能源、传感与热管理核心技术。
The MEME Thermoelectric Chip combines thermoelectric effects with nanoscale engineering. Tens of thousands of thermoelectric pairs are integrated on a single chip, enabling efficient energy conversion even from tiny temperature differences.
MEME chips, featuring ultra-high sensitivity, low energy consumption, and seamless integrability, are emerging as a core technology for next-generation energy, sensing, and thermal management applications.
MEME 热电芯片的创新技术已在全球范围内获得多项殊荣。
被誉为科技创新界的“奥斯卡奖”与工程领域的“诺贝尔奖”
2024 R&D 100 Sustainability Innovator of the Year (Known as the "Oscars" of technological innovation)
Gold Medal, the 2024 Silicon Valley Innovation and Invention Festival, USA
Silver Medal, the 49th Salon International des Inventions de Genève, Switzerland
MEME 热电芯片广泛应用于芯片级制冷、高精度传感和微小温差发电等多个前沿领域。
可与CMOS芯片键合实现600K/mm芯片级制冷，有效降低芯片热点温度。
It can be bonded with CMOS chips to achieve 600K/mm chip-level cooling, effectively reducing the chip hotspot temperature.
平面阵列高精度温差传感器，可实现0.001K的超高灵敏度。
Planar array high-precision temperature difference sensor: 0.001K sensitivity.
高端分析测试设备所用温度传感器
Temperature sensors used in high-end analytical and testing equipment
识别颜色与材料
Identifying colors and materials
量化测量图像与声音
Quantitative measurement of images and sounds
人体与机器人可穿戴传感器
Wearable sensors for humans and robots
高效微小温差发电，打破低品位热能利用瓶颈，实现全场景热能向绿色能源的高效转化。
High-efficiency small temperature difference power generation breaks the bottleneck of low-grade thermal energy utilization and realizes efficient conversion of thermal energy into green energy in all scenarios.
期待与您合作，共同探索热电转换的无限可能。 We look forward to collaborating with you to explore the infinite possibilities of thermoelectric conversion.
请通过邮件与我们取得联系，我们将尽快回复。
Please contact us via email, and we will reply as soon as possible.
