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能源

由于光纤布拉格光栅(FBG)传感技术是基于将光信号导入玻璃材料中实现的,因此光纤传感器不受任何电磁辐射影响,还可用于易爆及腐蚀性环境,如测量柔性管的动态应变以及高压输电绕组的温度。

As Fiber Bragg Grating sensors work through guiding optical signals in glass material, they are immune to any electromagnetic radiation and can additionally be used in explosive or corrosive environments to measure dynamic strain in flexible pipelines or temperature on high voltage power transmission windings.

案例

ECN is one of Europe‘s largest energy research organizations, focussed on sustainable energy generation to develop safe, efficient, reliable and environmentally friendly energy systems. It has a strong international position in the fields of biomass, solar energy, wind energy, energy efficiency and policy studies

Indra is a multinational company specializing in Technology Consulting throughout Europe and Latin America. With 550 million invested in R&D in the last three years, they see innovation as their driving force.

Vrije Universiteit Brussel's (VUB) - Brussels Photonics (B-PHOT) have developed a measurement system relying on FBGS’s draw-tower gratings (DTG®) in combination with the FBG-Scan 808D, to monitor a fuel assembly mock-up for the future MYRRHA large multipurpose irradiation facility.

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Germany

FBGS Technologies GmbH
Winzerlaer Straße 2
D-07745 Jena

Belgium

FBGS International NV
Bell Telephonelaan 2H

B-2440 Geel

China

X2 Suzhou Electronic Technology
Room 103, No. 388
Xinping Str. SIP, Suzhou