Energy industry thermocouples have a wide variety of industry uses relating to energy. We see a great deal of thermocouple interest from the power generating sectors of the industry, like natural gas, coal, nuclear power, petroleum, and hydro power. Many of the inquiries come from the refineries that process the raw materials into commercially usable elements (crude to fuel, natural gas to natural gas liquids, etc.). Refineries use thermocouples for temperature measurement in containers, ducts, furnaces, ovens, pipes, petrochemical sensors, and temper baths.  Another portion of our energy industry thermocouple business is derived from the actual power generating equipment such as large motors, generator and steam turbines. Our thermocouples can be found in the bearings, power electronics, rotors, shafts, and high current conductors. 

Recently, we have seen a substantial increase in thermocouple interest from the alternate energy industries primarily, the solar sector. With several solar farms being developed, the need to each monitor panel and cable temperature are essential to maintaining the integrity of the system.  A recent solar farm project required the thermocouples to be equipped with wireless transmitters to provide the control network with real-time updates. C-Temp International specializes in the design and manufacture of energy industry thermocouples for the use in the green, renewable energy industry.

Energy industry RTDs (Resistance Temperature Detectors) have a wide variety of industry uses relating to traditional and green renewable energy industries. We have received a substantial number of RFQs for resistance temperature detectors from the power generating subgroup of the industry, like coal, hydropower, natural gas, nuclear power, and petroleum based companies. The refining process represents a large portion of the request for RTD quotes because the processing of raw materials into commercially usable elements (crude to fuel, natural gas to natural gas liquids, etc.) requiring tight controls. Refineries use RTDs in various aspects of the refining process because they are low cost and provide accurate temperature measurements. Like thermocouples, RTDs can be used in containers, ducts, furnaces, ovens, pipes, petrochemical sensors, and temper baths.  Another portion of our energy industry thermocouple business is derived from the actual power generating equipment such as large motors, generator and steam turbines. Our RTDs have been used in the bearings, power electronics, rotors, shafts, and high current conductors. 

Lately, with the huge growth in alternate energy industry, we have seen a large increase in RTD inquiries from the solar sector.  Several new solar farms are under construction and the need to each monitor panel and cable temperature are essential to maintaining the integrity of the system.  One recent solar farm project required the RTDs to be equipped with wireless transmitters. This optional feature provides the control network with real-time updates. C-Temp International specializes in the design and manufacture resistance temperature detectors (RTDs) for the use in the green, renewable energy industry.

C-Temp International has been supplying energy industry temperature sensors to the green renewables, power generation, refining, and utility companies that require engineering support, quick design and quality sensors or sensor assemblies. We provide customized thermocouple assemblies, RTD assemblies, thermistor assembles, and thermowell assemblies used in the mining of raw material, vehicles that transport the material, the processing of the raw material, refining, to the actual generation of energy. Our sensors are used to provide key temperature information to support the different systems used to create energy, regardless of form. Secondarily, our energy industry temperature sensors maximize efficiency to increase energy output, to maintain optimum efficiencies and to improve safe generation of energy.  C-Temp International is helping our customers to reduce their carbon footprint and is supporting energy conservation wherever our temperature sensors are used.