Solid State Cooling Materials and Systems: Future-Focused Report on PDRC, Caloric, and Thermoelectric Markets (2025-2045)

The latest report titled Solid State Cooling Materials and Systems (PDRC) Passive Daytime Radiative Cooling, Caloric, Thermoelectric Markets and Technology Research Report 2025-2045 presents a comprehensive analysis of advancements and future potential in the solid-state cooling market. This 339-page, commercially oriented report encompasses 292 research breakthroughs from 2023-2024, mentions 102 companies, includes ten SWOT analyses, 33 infographics, and 17 forecast lines covering the period 2025-2045.

Solid-state cooling technologies, including passive daytime radiative cooling (PDRC), caloric cooling, and next-generation thermoelectric solutions, are poised for significant commercial growth and innovation over the next two decades. The report indicates that traditional vapor compression cooling will experience a decline, losing market dominance within 20 years as solid-state cooling startups begin to capture market share and attract acquisition interest from major industry players.

New Applications and Market Drivers

The evolution of solid-state cooling is driven by the demand for efficient, sustainable cooling solutions for new applications, such as 1kW microchips, 6G communications infrastructure, and advanced cooling apparel designed for extreme temperatures up to 50°C. These solutions are part of a larger trend toward multifunctional smart materials that integrate seamlessly with structural electronics, offering advantages that conventional vapor compression cooling cannot provide.

Comprehensive Research Insights

The report's 26-page introduction contextualizes the technological progress against a backdrop of increasing global temperatures and heightened demand from emerging markets such as Saudi Arabia and India. Key sections include data on the impact of hotter microchips and growing power needs of data centers and telecommunications infrastructure. The report outlines the maturation of thermal conductors and other enabling technologies, showing their integration with solid-state cooling to ease reliance on traditional systems.

Detailed Chapter Overview

• Passive Daylight Radiative Cooling (Chapter 3, 98 pages): Explores PDRC's integration into apparel and buildings without energy consumption, detailing materials, applications, and market-ready solutions. The analysis prioritizes 13 key material formulations and investigates their properties, including color retention, transparency, and structural composition.
• Advanced PDRC Technologies (Chapter 4, 30 pages): Delves into innovative features like self-adaptive and switchable cooling systems, and material enhancements like vanadium salts and liquid crystals.
• Caloric Cooling (Chapter 5): Focuses on phase-change technologies, especially the promising alteration of ferroic states in materials like electrocaloric and elastocaloric solutions.
• Thermoelectric Cooling (Chapter 7, 72 pages): Highlights thermoelectric technologies’ capabilities for precise, small-scale cooling. It includes advancements in combining thermoelectric options with other solid-state solutions and a review of 82 active manufacturers.

Companies at the Forefront

The report features leading companies involved in solid-state cooling, including Bosch, Daikin Industries, LG Electronics, Panasonic, and emerging innovators like Phononic and Solid State Cooling Systems.

Solid-state cooling represents an investment in cutting-edge technology that aligns with the global push for sustainability and energy efficiency. With this report, industry stakeholders gain valuable insights into future market opportunities, technological trajectories, and potential competitive advantages.

For further information on the report, visit Research and Markets.