The global market for Electrical Enclosure is projected to reach US$8.1 billion by 2025, driven by the massive quantities of electricity produced and consumed worldwide, and the ensuing focus on safe electricity use and consumption. Other major factors driving growth in the market include ubiquity of power electronics; implementation of strict electrical safety regulations; continuous technology innovation in materials; upgrades of power and energy infrastructure; projected increase in renewable energy generation amidst rising environmental awareness and shift towards non-fossil fuel sources; frequent upgrades of enclosure performance standards; and robust demand for explosion-proof enclosures in the oil and gas industry, among others. Benefits of electrical enclosures driving their adoption and making them a staple in electrical best practices include ability to dissipate heat thus contributing towards equipment safety; enhanced employee safety and reduces the risk of electrical fire; ensures cost-effective conformance to safety guidelines; easy installation; and durable with a long operating life, among others. The market also stands to benefit from continuous technology developments and innovations aimed at enhancing electrical enclosure’s ability to withstand specific environments and hazards. In this regard, fiberglass enclosures and composite materials such as carbon fiber composites represent key next generation enclosure materials growing in popularity. Benefits of these materials include anti-corrosive benefits unrivalled by polycarbonate enclosures; fiberglass is inexpensive; and carbon fiber is lighter, stronger and is a perfect replacement for metal enclosures. Despite the growing popularity of newer materials, polycarbonate enclosures will continue to remain popular for their impact resistance, UV resistance and cost. The growing focus on the environment and sustainability is driving the commercial value of solvent free powder-coated electrical enclosures as compared to products with liquid finishes which carry volatile organic compounds (VOCs). Read More…
The global market for Electrical Enclosure is projected to reach US$8.1 billion by 2025, driven by the massive quantities of electricity produced and consumed worldwide, and the ensuing focus on safe electricity use and consumption. Other major factors driving growth in the market include ubiquity of power electronics; implementation of strict electrical safety regulations; continuous technology innovation in materials; upgrades of power and energy infrastructure; projected increase in renewable energy generation amidst rising environmental awareness and shift towards non-fossil fuel sources; frequent upgrades of enclosure performance standards; and robust demand for explosion-proof enclosures in the oil and gas industry, among others. Benefits of electrical enclosures driving their adoption and making them a staple in electrical best practices include ability to dissipate heat thus contributing towards equipment safety; enhanced employee safety and reduces the risk of electrical fire; ensures cost-effective conformance to safety guidelines; easy installation; and durable with a long operating life, among others. The market also stands to benefit from continuous technology developments and innovations aimed at enhancing electrical enclosure’s ability to withstand specific environments and hazards. In this regard, fiberglass enclosures and composite materials such as carbon fiber composites represent key next generation enclosure materials growing in popularity. Benefits of these materials include anti-corrosive benefits unrivalled by polycarbonate enclosures; fiberglass is inexpensive; and carbon fiber is lighter, stronger and is a perfect replacement for metal enclosures. Despite the growing popularity of newer materials, polycarbonate enclosures will continue to remain popular for their impact resistance, UV resistance and cost. The growing focus on the environment and sustainability is driving the commercial value of solvent free powder-coated electrical enclosures as compared to products with liquid finishes which carry volatile organic compounds (VOCs). Read More…
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