Indonesia’s coal mining industry is at a turning point. With growing pressure to cut costs, improve efficiency, and meet environmental standards, operators are turning to electric vehicle (EV) fleets. Trans Infra Nusantara’s TIN.AI renewable energy-powered EV truck solution offers a transformative pathway for large-scale coal mines — integrating smart energy, AI-driven traffic control, and centralised operations management.
Why 2,000 EV Trucks?
A single coal mining concession can operate hundreds of heavy-duty trucks, moving millions of tons annually from pit to port. Scaling up to a 2,000-unit EV fleet allows:
- Unmatched haulage capacity for continuous, high-volume operations.
- Fuel cost elimination through renewable energy charging infrastructure.
- Long-term operational stability insulated from volatile diesel prices.
Centralised Control with TIN.AI
The TIN.AI Command Centre provides real-time monitoring, dispatching, and optimisation for every EV truck in the fleet:
- Live GPS tracking and route allocation to balance road use and prevent bottlenecks.
- Smart charging schedules to maximise uptime and reduce grid strain.
- Predictive maintenance alerts based on live telemetry and performance data.
- Energy load balancing for charging stations powered by solar farms, battery storage, and hybrid renewable sources.
Fuel Savings & Efficiency
By transitioning from diesel to renewable-powered EV trucks, operators can achieve:
- Up to 45–50% operational cost savings by 2035, primarily from fuel and maintenance reductions.
- Zero diesel dependency for main haulage operations, cutting millions in annual fuel spend.
- 30–40% higher energy efficiency compared to diesel trucks through regenerative braking, optimised routing, and AI speed control.
The EV Truck Market Potential in Indonesia
Indonesia’s coal sector produces over 600 million tonnes annually. Heavy-duty haulage is one of the largest operational cost drivers. The potential EV truck market is valued at billions of dollars, but the business case only works when:
- Charging is renewable-powered to avoid grid instability and high energy costs.
- Fleet movement is optimised with AI traffic control to prevent idle time.
- Maintenance and scheduling are data-driven for maximum asset life.
This is why TIN.AI is the enabler — without integrated energy and AI systems, large-scale EV fleets in mining remain inefficient and costly.
Why Ideal for Large-Scale Coal Mines
- Scale advantage: Mines with haul roads over 50km gain maximum ROI from fuel savings.
- High utilisation: 24/7 operations keep EV fleet economics positive.
- Emission compliance: Meets government and investor ESG requirements.
- Asset-backed finance potential: EV fleets can be financed via green infrastructure funds.
From pit to port, TIN.AI makes large-scale EV fleets practical, profitable, and sustainable.
Contact us today to explore a TIN.AI EV solution for your mining concession.
TRANS INFRA NUSANTARA 