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Engaged Employer

Luminous Power Technologies

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4.2

based on 1k Reviews

Video summary

25 Luminous Power Technologies Jobs

Deputy Manager

Luminous Power Technologies Pvt. Ltd

4.2

based on 1k Reviews

9-11 years

₹ 9 - 10.1L/yr (AmbitionBox estimate)

Gurgaon / Gurugram

1 vacancy

Deputy Manager

Luminous Power Technologies

posted 2d ago

Job Role Insights

Flexible timing

Key skills for the job

Analytical Chemistry Thermal Plant CFD Computational Fluid Dynamics MATLAB Power Electronics

+ 4 more

Job Description

Deputy Manager

Date: 3 Mar 2025

Location: Gurgaon, Haryana, IN

Company: Luminous

As a Thermal Engineer within the Center of Excellence (COE) team at Luminous Power Technologies, you ll play a crucial role in the complete product development process for the FutureX R&D Team. Here are your key responsibilities:

Thermal Analysis:
Apply analytical and numerical methods to perform thermal analysis of power electronics products.
Stay informed about industry trends and advancements in thermal management and high-speed design evaluation.

Inverter Thermal Solutions:
Design and develop thermal solutions for extremely compact, high-power density inverters.
Create predictive thermal designs with over 90% accuracy by conducting thermal CFD (Computational Fluid Dynamics) analysis and thermal modeling using tools like Ansys, MATLAB, and Python Programming.

Advanced Ansys Modeling:
Gain expertise in advanced Ansys models, including battery modeling, fan modeling, DOE (Design of Experiments) analysis, optimization features, and Python scripting for user-defined functions (UDFs) in Ansys Fluent software.

Electro-Thermal Modeling:
Perform 1D electro-thermal modeling for power electronics devices such as MOSFETs, IGBTs, and diodes.
Conduct Multiphysics simulations using MATLAB and Ansys to understand the thermal effects on device performance and lifespan.

IP-Rated Enclosure Design:
Design and validate thermal solutions for IP-rated enclosures, ensuring efficient heat dissipation and protection.

Battery Thermal Management:
Simulate battery thermal behavior, including thermal runaway and gas venting, using abusive battery models.
Calculate and select pressure relief valves for Li-ion battery packs to ensure safety during thermal events.
Predict battery life span, state of charge (SoC), and state of health (SoH) degradation based on temperature variations using simulation models.

Active Cooling Optimization:
Provide thermal array inputs for fan pulse-width modulation (PWM) control to optimize active cooling system power consumption.

Documentation and Support:
Create and maintain accurate documentation, including design specifications, CFD analysis reports, and thermal test data.
Offer technical guidance and support to junior engineers when needed.

Supplier Collaboration:
Visit and collaborate with suppliers related to thermal insulation, thermal interface materials (TIM), heat sinks, and other thermal design components.