Oshodi Terminal Interchange


The aim of the project was to enhance energy efficiency, reduce operational costs, and implement sustainable energy solutions at the facility, one of Lagos State’s major transportation hubs.

Project Summary


Max-Migold, in collaboration with the Facilities Management (FM) contractors, will undertake a structured approach to establish and optimize the operational effectiveness of the facility. This will involve designing and deploying comprehensive operations and maintenance processes, conducting targeted training for maintenance and custodial teams, and implementing energy efficiency solutions to reduce operational costs and enhance sustainability.

Energy Audit

Energy Audit

Conducted a comprehensive energy audit to assess current energy consumption levels across the facility, including lighting, HVAC systems, elevators, and other critical equipment.

Identified inefficiencies and areas with high energy wastage through detailed data analysis and site inspections.

Energy-Efficient Solutions

Energy-Efficient Solutions

Recommended the installation of energy-efficient LED lighting systems to replace outdated fixtures, ensuring long-term cost savings and improved illumination.

Suggested optimization of the HVAC systems through regular maintenance and sensor-based control systems to reduce unnecessary energy consumption.

Proposed upgrading the terminal's electrical infrastructure to smart meters for real-time monitoring and better energy management.

Sustainable Energy Integration

Sustainable Energy Integration

Advised on the integration of renewable energy sources, such as the use of solar panels, to supplement the terminal's power supply.

Developed a long-term plan for the gradual transition to sustainable energy, targeting a reduction in carbon emissions and aligning with global sustainability goals.

Energy Conservation Policies

Energy Conservation Policies

Worked with terminal management to introduce policies aimed at promoting energy conservation, including guidelines for optimal use of energy-intensive systems.

Delivered training sessions to staff on energy-efficient practices and the importance of reducing energy consumption in day-to-day operations.

Monitoring & Reporting

Monitoring & Reporting

Implemented an energy monitoring system to track consumption patterns, enabling the terminal management to make data-driven decisions and adjustments.

Provided monthly reports highlighting areas of improvement, cost savings, and overall energy usage reduction.

The Problem


In complex facilities, especially those with high operational demands, the lack of standardized operations and maintenance processes, trained maintenance personnel, and energy efficiency measures can lead to increased operational costs, inefficient resource use, and frequent equipment failures.

In the absence of coordinated efforts to establish clear maintenance workflows and effective energy management, facilities risk operational downtime, higher energy expenses, and reduced asset lifespan.

There is an essential need for a collaborative approach to create and implement effective operations and maintenance processes, ensure the readiness of maintenance and custodial teams, and establish sustainable energy efficiency solutions to optimize performance and cost-effectiveness.

Results and Impact


Reduction in Energy Consumption: The implementation of energy-efficient lighting and optimized HVAC systems led to an estimated 20% reduction in overall energy consumption within the first six months of operation.

Cost Savings: By adopting energy-efficient practices and integrating smart monitoring tools, the terminal realized significant cost savings, reducing energy-related expenses by approximately 15%.

Sustainability Impact: The integration of renewable energy sources like solar power has significantly reduced the facility’s reliance on the national grid, contributing to lower carbon emissions and promoting environmental sustainability.

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Hi there. Welcome to Max-Migold Ltd. Let me know if I can help you with FMMC Program. Can I ask your name? This is Paul by the way.