Electrical Engineer – Solar Hybrid & Industrial Infrastructure

About the role

We are looking for a hands‑on Electrical Engineer to lead the design, implementation and long‑term operation of a solar hybrid power system while managing the electrical infrastructure of our agro‑industrial facilities, including mills, silos, residential units and utilities.

Key responsibilities

• Oversee commissioning, optimisation and daily performance of solar PV and battery energy storage systems (BESS).
• Review and validate engineering deliverables such as Single Line Diagrams, panel schedules and equipment specifications.
• Coordinate EPC contractors, suppliers and consultants to ensure compliance and timely delivery.
• Design, install and supervise low‑voltage (LV) and medium‑voltage (MV) distribution networks for industrial and residential loads.
• Perform load analysis, cable sizing and protection coordination.
• Develop and execute preventive and corrective maintenance plans for PV arrays, batteries, diesel generators and switchgear.
• Supervise, mentor and schedule on‑site electricians and technicians.
• Prepare detailed electrical schematics, control panel designs and system sizing calculations.
• Support water pumping, irrigation and borehole system integration.

Required profile

• Proven experience leading solar hybrid or renewable‑energy projects.
• Strong background in industrial electrical infrastructure and power distribution.
• Ability to manage EPC contractors and multidisciplinary teams on site.
• Excellent problem‑solving skills for complex electrical faults.

Required skills

• Solar PV and Battery Energy Storage Systems (BESS)
• Low‑Voltage (LV) and Medium‑Voltage (MV) distribution design
• Load analysis, cable sizing, protection coordination
• Electrical schematics, Single Line Diagrams, panel schedules
• Preventive and corrective maintenance planning
• Troubleshooting PV arrays, batteries, diesel generators, switchgear
• Control panel design and system sizing calculations
• Water pumping, irrigation and borehole system integration