info@innofj.comContact EngineeringCASE STUDIES
Application examples of fluorescence-based fiber optic temperature sensing for power transformers, switchgear, high-voltage equipment, strong EMI environments, and other demanding operating conditions.
CASE STUDY LIBRARY
Documented fiber optic temperature monitoring projects across transformers, switchgear, generators, MRI, and industrial applications.
Showing all 10 case studies.
Switchgear & Cabinets
Fluorescence-based fiber optic sensors monitor critical connection points inside high-voltage switchgear, providing electrically isolated temperature measurement in a strong EMI environment.
Switchgear & Cabinets
A fluorescence-based fiber optic temperature monitoring system was applied to an industrial rectifier cabinet to measure selected internal thermal points with electrically isolated sensors and provide local alarm and temperature monitoring functions.
Transformers
Fluorescence-based fiber optic sensors were installed for direct internal temperature monitoring of a 110 kV oil-immersed transformer, with continuous online temperature acquisition and monitoring.
Transformers
Fluorescence-based fiber optic temperature sensors provide direct winding temperature measurement for high-voltage dry-type reactors operating in strong electromagnetic environments.
Transformers
A fiber optic temperature controller receives optical probe channels from a dry-type transformer and provides local temperature display together with alarm and control functions.
Transformers
Fiber optic probes positioned at selected winding locations provide direct multi-point temperature measurement inside a dry-type transformer.
Rotating Equipment
Fiber optic probes arranged around a generator stator winding provide direct multi-point temperature measurement in a strong electromagnetic environment.
Medical & Research
Non-conductive fiber optic point sensing provides electrically isolated temperature measurement in MRI and RF environments.
Medical & Research
Fluorescence-based fiber optic probes were used for point temperature measurement in a very low-temperature experimental environment where compact, electrically isolated sensing was required.
Industrial & RF
Compact fiber optic point sensing provides electrically isolated temperature measurement inside a university laboratory vacuum chamber.
OUR PARTNERS
Selected organizations represented in INNO materials across power, electrical equipment, infrastructure and industrial applications.
A national power-grid organization represented in INNO's industrial partner materials.
Power transmission and distribution organization serving southern China.
Manufacturer and project organization active in transformers and power equipment.
Transformer technology and electrical-equipment organization represented in partner materials.
Electrical monitoring and power-management technology organization.
Electrical-equipment manufacturer with documented transformer and grid project work.
Energy organization operating industrial assets across oil and gas applications.
Infrastructure organization serving rail and transportation engineering projects.
APPLICATION REVIEW
Discuss a Monitoring Configuration for Your Application
Our fiber optic temperature monitoring team can help define a practical measurement approach for your equipment and operating environment.