DC Design

Amperehour Energy; Pune District; On-site; INR 1,200,000 - 1,800,000; Full time

Job summary

Amperehour Energy is seeking a DC Systems Engineer to design and evaluate DC power distribution and protection systems for renewable energy and industrial projects. You will handle specifications, datasheets, and technical bid evaluations, ensuring design reviews and standards compliance.

The role emphasizes battery-backed DC systems, protection devices, and integration with BESS and energy storage interfaces, contributing to reliable grid performance.

Qualifications

• Bachelor’s degree in Electrical Engineering (B.E./B.Tech) required.
• Master’s degree preferred but not mandatory.

Responsibilities

• Design, specification and technical evaluation of DC power distribution and protection systems.
• Prepare technical specifications and datasheets.
• Conduct technical bid evaluations and design reviews.
• Ensure compliance with applicable standards.

Skills

DC design

Battery systems

DC power architecture

Power electronics

Education

Bachelor’s in Electrical Eng

Master’s degree preferred

Job description

The DC Systems Engineer shall be responsible for the design, specification, and technical evaluation of DC power distribution and protection systems used across renewable energy and industrial projects, including DC distribution boards, DC switchgear, battery-backed DC systems (station auxiliary supply, control & protection supply), and associated protection devices. The role involves preparing technical specifications, datasheets, conducting technical bid evaluations, design reviews, and ensuring compliance with applicable standards.

Required Skills & Qualifications

• Bachelor’s Degree in Electrical Engineering (B.E./B.Tech)
• Master’s Degree preferred but not mandatory
• Strong knowledge of DC Design, battery systems, DC power architecture, and power electronics
• Experience in BESS, Solar PV, or Energy Storage Integration projects

Why This Role?

Shape the backbone of advanced DC power systems for large-scale renewable energy projects and contribute to innovative BESS architectures that improve grid performance and reliability.