Electronics Cooling (Data Centers, Electronic Products)

Efficient thermal management is crucial for data centers and electronic products to ensure reliability and performance.

Overview

Industry overview

Electronics cooling is a critical consideration in data centers and electronic products. With server racks in data centers consuming up to 15 kW per rack, the challenge is not just managing heat but optimizing energy efficiency. Meanwhile, consumer electronics face the dual pressures of miniaturization and increased power density, leading to potential hotspots and reduced lifespan if not addressed correctly.

At Shirsh TechnoSolutions, we offer precise thermal management solutions using tools like ANSYS Fluent and OpenFOAM. These allow us to simulate convective and conductive heat transfer processes, ensuring that our clients' products maintain optimal operating temperatures. Our team has completed projects ranging from server farm airflow optimization to electronic devices thermal profiling in accordance with IS and IEC standards.

The terrain

Industry challenges

Data centers facing cooling inefficiencies with rising rack densities and energy costs exceeding ₹5 per kWh.

Electronic devices requiring thermal management to prevent component failure due to hotspots in devices with power densities over 10 W/cm².

Compliance with IEC 60068-2-14 for temperature cycling tests in electronic components.

Achieving optimal fan placement and ducting in server rooms to maintain ASHRAE TC 9.9 recommended conditions.

Our contribution

How we help

Conducting CFD-based thermal assessments of server racks using ANSYS Fluent to optimize airflow paths.

Performing heat sink design and optimization for high-power electronic components using SolidWorks and ANSYS Mechanical.

Providing transient thermal simulations per IEC standards using OpenFOAM for electronic devices.

Developing detailed CAD and fabrication drawings for custom cooling solutions tailored to specific data center layouts.

What's changing

Key trends

Increasing adoption of liquid cooling systems in data centers projected to grow by 20% CAGR by 2026.

Rising integration of AI in thermal management systems to optimize real-time cooling in electronic products.

Implementation of ISO 50001 energy management standards driving new efficiency benchmarks in data center operations.

Shift towards edge computing necessitating compact yet efficient thermal management solutions by 2025.

Industry insights

Leveraging OpenFOAM for Cost-Effective Industrial Fluid Analysis

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