Temperature Sensors and Renewable Energy

It’s no secret that renewable energy is becoming essential to all sectors. This is because renewable energy is being used to help sustain the business sector and the world. Therefore, to help the business sector become more sustainable and green-friendly, companies of all sizes should be taking the time to learn more about renewable energy and how it can be incorporated into daily operations. With that in mind, the following is a more in-depth examination of renewable energy and temperature controls.

1. How do temperature sensors help with renewable energy?

Renewable energy sources include:

• Hydropower
• Geothermal energy
• Energy from biomass combustion
• Wind power
• Solar energy
• Tidal power

Temperature sensors ensure optimal alternative energy utilization and reliable quality regulation values. Temp-Pro’s RTDs are designed to meet the most demanding expectations and extreme industrial applications in the Renewable Energy industry. They are found in various process control instrumentation in the renewables sector, allowing the operation of many processes within optimal temperature parameters. By incorporating RTDs, thermocouples, and other devices manufactured by Temp-Pro, equipment operators can protect the mechanical elements of motors or generators utilized in dams and other hydropower plants.  Stainless steel wells may be used as accessories to certain types of sensors. They are favorable in some instances because of their versatility, quick delivery, and reasonable price. 

2. Does the industry face any unique difficulties that temperature sensors help with?

One of the most common causes of generator failure is installation degradation caused by mechanical wear or excessive heat. Over time, this continued breakdown causes short turns or ground between conductors and the field forgings. Such issues can be highly costly to repair and tend to undermine revenues. This often results in significant financial disruption for customers. Therefore, developing and producing these temperature sensors is essential for maintaining temperature control.

3. What problems does this product solve?

Temp-Pro’s temperature measurement devices (i.e., thermocouples and RTDs) can be integrated to monitor temperature across the entire PV solar system. Integrating industrial thermometers into their operation may help asset owners ensure optimal output. Over time, this extends the products’ operational lifetime by reducing their maintenance frequency. Instead, many of the maintenance efforts can be managed by retroactively replacing RTDs or thermocouples to avoid maintenance issues caused by everyday wear and tear. Additionally, advances in the four D’s (digitization, data, decentralization, and decarbonization) have triggered various challenges and opportunities to embed disruptive technological innovation into the energy transition. These advanced sensors exemplify how transformative disruptors demonstrate the usefulness of distributed energy resource systems paired with superior data-driven optimization capabilities.

Our thermocouples are available in numerous configurations to satisfy the most demanding requirements. We offer materials such as copper and platinum depending on your unique needs. Options for our RTDs include rear exits, side exits, custom holes and sizes, electrically conductive coatings, and dual sensors with different elements. Advances in the four D’s (digitization, data, decentralization, and decarbonization) help create the pressure surge, creating a wide range of challenges and opportunities to embed disruptive technological innovation into the energy transition.

4. What types of renewable energy companies use your products? 

There are various potential applications for RTDs. For instance, RTDs play a critical role in renewable energy operations. This includes hydropower, wind, solar & bioenergy power generation. These devices are found in various locations within the solar industry and can be found in wind turbines and other power generation equipment. The complex nature of CSP (Concentrating Solar Power) plants requires the integration of RTDs and thermocouples throughout the system, allowing its operators to monitor shifts in temperature due to the nature of solar power, which can change with seasons, weather conditions, and other physical factors. Many systems used in hydropower plants have dynamics similar to conventional power generation. Therefore, Temp-Pro’s products are uniquely positioned to help renewable power plants using hydropower manage their industrial temperature measurement needs.

As more innovation occurs in hydropower in the coming years and decades, the opportunity to supply new products, equipment, and solutions is part of our long-term strategy to play an active role in Hydroelectric and Solar, Thermal, Renewable Steam, Biomass Fueled, and Wind Turbines. The complex nature of CSP (Concentrating Solar Power) plants requires the integration of RTDs and thermocouples throughout the system, allowing its operators to monitor shifts in temperature due to the nature of solar power, which can change with seasons, weather conditions, and other physical factors.

Key takeaways:

• A temperature sensor is an intricate component of the overall sustainability of the renewable energy industry.
• Those who own a power plant or other companies within the renewable energy sector can benefit significantly from these temperature sensors.
• The future of renewable energy is key to reduce the world’s carbon footprint and maintain a sustainable level of energy. Temp-Pro continues to evolve and serve the needs of the most demanding applications and expansion of renewable sources.

Looking for Premium Quality Temperature Sensors?

Overall, if you are searching for high-quality temperature sensors, we’re here to help. Here at Temp-Pro, we are highly involved in development and production of premium quality sensors. Contact us today for more information.