Sustainability

From Consumption to Contribution Velogic’s 999 kWp Renewable Energy Transformation

Velogic Powers a Greener Future with its 999 kWp Solar PV System

On the occasion of World Environment Day 2026, under the theme “Inspired by Nature. For Climate. For Our Future.”, Velogic Ltd proudly highlights one of its most impactful sustainability milestones — the successful implementation of the FOM 999 kWp Grid-Tied Photovoltaic (PV) System at Freeport Operations (Mauritius) Ltd (FOM), Mer Rouge.

As part of Velogic’s Sustainability & Inclusiveness Strategy 2023–2026 and the Carbon Neutral Industrial Sector (CNIS) Scheme, the initiative reflects the company’s commitment towards cleaner energy, lower-carbon operations, and long-term environmental resilience.

Within only one year of operation (February 2025 – February 2026), the photovoltaic system achieved approximately 98.8% electricity coverage efficiency, generating more than 1.49 million kWh of renewable energy across operational facilities.

What began as an energy consumption challenge has now evolved into a renewable energy contribution model.

During several operational periods throughout the year, renewable electricity production exceeded site consumption requirements, allowing surplus green electricity to be exported directly to the Central Electricity Board (CEB) grid — transforming Velogic from an electricity consumer into a contributor to Mauritius’ renewable energy transition.

The initiative comprises:

  • 1,766 photovoltaic panels installed
  • Total installed capacity of approximately 999 kWp

The project also generated substantial environmental impact, contributing to the avoidance of approximately 1.23 million kg (1,230 tonnes) of CO₂ emissions during FY2025/2026 — equivalent to planting more than 100,000 trees.

Beyond renewable electricity generation, the initiative contributes towards:

  • supporting energy-intensive reefer container operations through renewable electricity
  • reducing operational dependence on conventional electricity supply
  • lowering warehouse rooftop heat load
  • supporting EV charging infrastructure and electric mobility solutions
  • strengthening operational resilience through smart energy management

Integrated with the iSOLAR digital monitoring platform, the system enables real-time performance monitoring, renewable energy yield tracking, and sustainability KPI management, ensuring long-term operational optimisation and transparency.

The FOM PV System demonstrates how innovation, sustainability, and industrial operations can work together to create measurable environmental impact while supporting a greener and more resilient future for Mauritius.

Laetitia Jugernauth

2026