Electrical Engineer

Lytup Power Systems Inc.

Job Overview

Location

Lagos, Lagos, Nigeria

Employment Type

Full-time

Work Arrangement

On-site

Sector

Engineering & Manufacturing

Experience Level

Mid-level (3-5 years)

Application Deadline

March 7, 2026

About the Company

Lytup Power Systems Inc. is at the forefront of energy innovation, rapidly expanding beyond traditional energy storage to develop advanced, integrated energy ecosystems. The company is committed to pushing the boundaries of power technology, creating solutions that are both reliable and cutting-edge.

With a focus on scaling and continuous improvement, Lytup Power Systems Inc. fosters a dynamic engineering environment where new ideas are encouraged and brought to life. They are dedicated to delivering high-quality products that meet stringent safety and performance benchmarks.

Job Description

Lytup Power Systems Inc. is seeking a skilled Electrical Engineer to join our rapidly growing team. This role is crucial in developing the next generation of our advanced, integrated energy ecosystems.

You will be responsible for the electrical architecture of new product lines, from initial concept and prototyping through to pilot deployments and high-volume production. This includes evaluating and optimizing inverter technologies, designing complex electrical schematics, and ensuring seamless integration with our Lytvolt battery systems.

The position requires hands-on support for product installation and commissioning across West Africa, collaboration with IoT and electrical engineers on communication logic, and the identification and qualification of reliable component suppliers. Ensuring all new products meet strict safety, compliance, and performance benchmarks is paramount, as is leading intensive testing phases to identify and resolve potential failure points before market release.

To apply for this role, click the Apply button on this page and follow the instructions.

Required Skills

Power ElectronicsInvertersBattery Energy Storage Systems (BESS)Embedded SystemsMicrocontrollersDC-AC InversionMPPT Charge ControllersEnergy Storage MonitoringSynchronization of Parallel SystemsLiFePO4 Battery IntegrationAltiumEasyEDAModbus RTUCANCANopen

Key Responsibilities

Work on the electrical architecture for upcoming Lytup product lines, from concept and prototyping through pilot deployments and high-volume production in collaboration with our current team of engineers.
Evaluate, select, and optimize inverter technologies, including hybrid, off-grid, and string inverters, ensuring seamless integration with Lytvolt battery systems.
Design and review complex electrical schematics, with a focus on high-voltage DC bus architectures and parallel BESS configurations.
Support installation and commissioning of Lytup products across both small-scale and large-scale projects in West Africa when required.
Work with IoT and electrical engineers to define communication logic between inverters, battery management systems, and the Lytup cloud platform.
Identify, evaluate, and qualify Tier-1 component suppliers for capacitors, MOSFETs, breakers, and battery cells, ensuring long-term reliability and performance.
Ensure all new products meet strict safety, compliance, and performance benchmarks.
Lead intensive prototype and pilot-site testing to identify failure points before mass-market release.

Qualifications

Deep technical knowledge of power electronics, including DC–AC inversion, MPPT charge controllers, energy storage monitoring, embedded systems, and synchronization of parallel systems.
Proven hands-on experience installing both small-scale and large-scale solar and inverter-based energy systems.
Strong experience with LiFePO4 battery integration, including high-current DC and AC-coupled applications.
Proficiency with professional EDA tools such as Altium or EasyEDA for producing production-ready electrical schematics.
Hands-on experience with industrial communication protocols including Modbus RTU, CAN, CANopen, and similar standards used in energy systems.
Minimum of five years of professional electrical engineering experience, with a significant focus on renewable energy hardware and power systems.
Ability to join an active engineering team and contribute immediately, while learning and improving existing designs.