Revolutionising temperature control: The tank-in-tank heat management system

Trish I R&D Private Limited’s latest creation, the Tank-in-Tank Heat Management System, embodies innovation. Recently granted a patent (No. IN452107) by the Intellectual Property Office, Government of India, this technology is poised to redefine temperature control systems. This patented technology can provide a cost-effective and efficient solution for maintaining data-centres and other industrial temperatures.

The Tank-in-Tank Heat Management System reimagines temperature control, especially in critical data centres and industrial cooling areas. It employs a tank-in-tank configuration at its core, but its impact reaches far beyond its design.

Global need for efficient thermal management
Efficient thermal management is a global concern, transcending borders. Industries worldwide are exploring innovative methods to control temperatures, whether for food preservation, drug storage, or cooling remote data centres. In this context, the Tank-in-Tank Heat Management System stands out as an innovative alternative to current technologies, poised to bring about a significant transformation promising to revolutionise the field.

A closer look at the Tank-in-Tank heat management system
Central to this innovative technology is a tank-in-tank configuration featuring thermally conductive walls and a unique heat-absorbing substance, typically sand. This setup enables exceptional heat transfer and precise temperature control. The system’s efficiency and control are further improved through vacuum insulation, a well-engineered cooling system, and a smart controller. To optimise material wettability between tanks – that is, to enhance the interaction between materials in the tanks, a vibrator ensures precise temperature regulation.

Key features of the innovation

• Tank-in-Tank configuration: A simple yet ingenious setup that enhances heat transfer and insulation, ensuring precise temperature control.
• Thermal conductive walls: These walls promote efficient heat exchange, crucial in maintaining stable temperatures.
• Heat-absorbing material: The system’s versatility arises from using heat-absorbing materials within the tanks, allowing for precise temperature adjustments.
• Vacuum insulation: External heat transfer is minimised thanks to vacuum insulation, contributing to a stable temperature environment.
• Coolant system: The coolant system works seamlessly to maintain a consistent and controlled temperature.
• Smart controller: Real-time temperature monitoring and control are made possible by the integrated smart controller, adding intelligence to the system.

Data centre and industrial cooling market
According to the 2023 Intellectual Market Insights report, the India Data Centre Cooling Market reached a value of USD 313.0 Million in 2022 and is anticipated to reach USD 1281.4 Million by 2031, with a compound annual growth rate (CAGR) of 17.6 percent from 2022 to 2031. This growth is primarily attributed to the growing demand for digital transformation and the adoption of cloud computing in India, which has led to an increased need for data centre cooling solutions.

This patented technology can provide a cost-effective and efficient solution for maintaining data centre temperatures, particularly in remote or rural areas.

Additionally, as per Allied Market Research, the global industrial cooling systems market was valued at USD 16.6 billion in 2022 and is expected to reach USD 31.3 billion by 2032, exhibiting a CAGR of 5.2 percent from 2023 to 2032. This growth is fueled by several factors, including the rising demand for storage solutions in the pharmaceutical sector, specifically for medicines and vaccines. There is a global surge in the requirement for pharmaceutical storage solutions to ensure the effectiveness and stability of medical products, and this technology aligns well with the industry’s requirements.

 

Why it matters
Maintaining precise temperature control is paramount in a data-centric and industrially driven world. Conventional cooling systems frequently need to be improved, leading to inefficiencies and increased energy consumption. This is precisely where the Tank-in-Tank Heat Management system excels.

Benefits:

• Innovative efficiency: The system offers temperature control and efficiency. Its unique design and materials translate to significant energy savings.
• Precise temperature control: Unlike conventional systems, this technology maintains temperatures with unmatched accuracy.
• Cost savings: Efficiency isn’t just about being environmentally friendly; it also reduces costs. Lower energy consumption and decreased maintenance requirements result in tangible savings.
• Adaptability: While initially designed for data centres and industrial cooling, this technology’s applications are virtually limitless. It can be tailored to various industries and scenarios where temperature control is crucial.
• Environmental impact: With the world’s increasing focus on sustainability, this technology reduces reliance on harmful refrigerants, aligning perfectly with eco-friendly practices.
• Competitive advantage: Possessing exclusive rights to this patented technology can give businesses a significant edge in their respective markets.

Government backing for sustainable solutions
Recognising the crucial significance of thermal management across diverse industries, the Indian government has introduced several initiatives and incentives to encourage the uptake of cutting-edge cooling technologies. Initiatives such as those administered by the Ministry of Food Processing Industry (MoFPI), the Mission for Integrated Development of Horticulture (MIDH), and the National Horticulture Board (NHB) offer significant financial support and subsidies. This makes adopting this technology an attractive proposition for potential licensees and investors.

A need in India
In India, the need for industrial cooling solutions is on the rise, spanning from the cooling of agricultural produce to the storage of pharmaceuticals and vaccines and the efficient cooling of data centres located in remote regions. The Tank-in-Tank Heat Management System offers a distinctive and effective solution to address these requirements.

Conclusion
Innovation does not always entail reinventing the wheel; sometimes, it is about elevating it. The Tank-in-Tank Heat Management System accomplishes just that—by promoting a fundamental idea to unprecedented levels. Rooted in precision, efficiency, and versatility, this patented technology is positioned to transform industries and establish new standards for temperature control. The ultimate mission is to provide an alternative to current technologies that are both cost-effective and eco-friendly.