Over the years, the ability to maintain efficient and reliable electrical cooling processes has become increasingly more attainable for companies in nearly all industries. This is thanks largely to the introduction of heat exchangers and their more natural, eco-friendly cooling processes. Heat exchangers helped companies achieve the consistent cooling of electrical enclosures with optimal results and at minimal costs, which helped pave the way for them to introduce more advanced technologies into their workflows. For most companies, this advancement has taken place within tightly controlled environments, such as warehouses and factories. In industries where operations take place in more hazardous locations, the advancement of electrical cooling has been more complex.
The advanced state of modern thermal management
Modern thermal management techniques are often vastly different than the methods utilized in more conventional electrical cooling setups. Traditionally, the process of electrical cooling was largely handled by thermal management solutions such as air conditioning or air compression. These methods allow companies to harness cold air and utilize it to prevent overheating within electrical enclosures. In more modern electrical cooling solutions, electrical waste heat is continuously redirected away from sensitive electrical components, rather than being chilled with the use of cold air. Continuously transferring waste heat using an eco-friendly cooling fluid helps companies save significantly on energy costs, thermal management maintenance, and more.
Electrical cooling for applications in hazardous locations
Electrical thermal management solutions for most common applications are designed to create an easily manageable loop of continuous heat transfer using streamlined equipment such as heat pipes and custom cold plates. While these are more than adequate within most modern industrial settings, they may not be in more hazardous locations that require a higher level of safety and stricter standards for electrical enclosures. For companies in industries such as oil and gas production, where hazardous conditions are normal for most operations, the need for efficiency in electrical cooling is matched by the need for safety and reliability in all forms of technology, including electrical cooling solutions.
Optimizing efficiency, safety, and eco-friendliness
For modern thermal management in most settings, including those under more hazardous conditions, the more natural and eco-friendly methods of heat transfer that modern heat exchangers utilize are often optimal for maximizing efficiency and safety. For example, the cooling fluid within modern heat exchanger units is allowed to flow within a tightly sealed loop, and doesn’t require the use of complicated machinery to facilitate. This makes sealing the heat exchanger and securing its connection to electrical enclosures more effective and reliable.
For more information about utilizing thermal solutions when electrical cooling is hazardous, call Noren Thermal Solutions in Taylor, TX, at 866-936-6736.