As commercial fleets transition toward electrification, the conversation often centers around how many chargers are needed. But for businesses managing vehicles at scale — from logistics companies to ride-hailing operators to the real challenge isn't just installing chargers. It's building an energy infrastructure that can support daily operations reliably, efficiently, and sustainably.
Why Fleet Electrification Requires More Than Just Charging Units
At Pingalax, we help fleets go beyond hardware. Our integrated solutions combine fast chargers, intelligent OS coordination, energy storage (ESS), and solar integration — so your charging strategy becomes an operational advantage, not a bottleneck.
Electrifying a fleet of 50 to 100 EVs isn’t just about installing more chargers, it’s about managing energy and operations at scale. Without intelligent coordination, fleet operators risk overloading transformers, facing high electricity costs during peak hours, and dealing with inefficient charging schedules. The result? Long vehicle queue times, unexpected downtime, and operational delays.
To truly support electrified fleet operations, depots need more than hardware — they need a digital energy backbone. This means a centralized system that can forecast energy demand, balance loads in real time, prioritize charging based on routes or shifts, and scale as the fleet grows. Smart energy management turns charging from a bottleneck into a strategic advantage.
What Pingalax Offers to Fleet-Based Operators
Pingalax provides a comprehensive infrastructure solution designed specifically for fleet operations. Our high-power DC chargers (ranging from 60kW to 240kW) support multiple vehicles simultaneously essential for fleets with tight schedules. Through our intelligent Pingalax OS, operators gain full control over charging logic: from real-time load balancing and queue prioritization to energy usage analytics. We also integrate Energy Storage Systems (ESS) to help fleets optimize electricity costs; charging during low-tariff hours and using stored energy during peak demand. Plus, all our systems are modular, making it easy to expand or relocate as your fleet grows.
Infrastructure Built for Fleet Yards and Depots, we go beyond simply supplying chargers. We collaborate with site planners to design energy infrastructure that fits your depot layout and grid constraints. This includes configuring access points to the PLN grid, selecting compatible transformer specs, and building ESS-supported nodes to reduce peak-hour dependence. Our system automates charging schedules based on real fleet usage data, ensuring readiness without manual intervention. And because Pingalax supports OCPP standards, our solutions can integrate seamlessly with your existing fleet management apps or platforms.
Why This Matters in the Indonesian Context?
With rising fuel costs and clean energy incentives, Indonesian businesses are under pressure to shift to EV fleets, but readiness remains low. Many depots aren’t designed for EV load, and most operators lack access to integrated software. Pingalax bridges that gap by providing:
- A complete energy+software stack
- TKDN-ready solutions that qualify for public or private support
- Scalable systems aligned with Indonesia’s digital energy roadmap
What Pingalax Enables in Fleet Operations?
- Faster turnaround and fleet uptime
- Reduced energy cost through smart scheduling and ESS
- Visibility into every charge cycle and system status
- Future-proofing through modular hardware + flexible OS deployment
Fleet electrification isn’t a hardware decision. it’s a systems design decision. From grid load to route timing, from charger access to ESS optimization, success depends on more than kilowatts; it depends on coordination.
Whether you're operating 20 vehicles or 2,000, Pingalax provides the full energy infrastructure stack; modular DC chargers, Pingalax OS, ESS integration, and smart scheduling logic that is built to work under pressure, at scale, and across Indonesian constraints.
Let’s map your fleet depot’s infrastructure and create an energy strategy that grows with your operations.
