Why fleets electrify faster with XOXO than capex models

The procurement problem nobody talks about

Fleet managers considering electrification quickly discover that buying EVs is the easy part. Charging infrastructure is where the clock starts. A complete depot charging deployment — from planning and permits through hardware procurement, civil works, and grid connection — typically takes 8 to 18 months for a first-time project, with the longest variable being the utility grid connection.

New high-tension grid connections from DISCOMs in states like Andhra Pradesh and Telangana take 3 to 18 months from application to energisation. Underestimating transformer and cabling requirements can delay timelines by a further 2 to 3 months and inflate budgets by 20 to 30%. These are not edge cases — they are the norm for any fleet operator installing private charging infrastructure in India today.

The cost of waiting

Every month a fleet spends in procurement is a month operating on diesel. The economic gap between the two is significant and widening.

For three-wheeler goods vehicles — one of the fastest-growing commercial EV segments in India — operating costs are ₹1.28 per km on electricity vs ₹2.69 per km on diesel, according to CEEW's cost-of-ownership analysis across fuel types and powertrains. That is more than a 50% reduction in per-kilometre fuel cost.

For heavier commercial vehicles, the picture is equally compelling. The International Council on Clean Transportation's August 2024 analysis of Indian heavy-duty trucking found battery-electric trucks delivered a 20 to 37% lower total cost of ownership compared with diesel equivalents — even before factoring in government incentives such as PM E-DRIVE purchase subsidies and road tax waivers, which push multiple truck segments to TCO parity or below diesel outright.

The fleet that waits 12 months for capex approval and grid connection does not just miss the operational savings during that period — it also misses the shift scheduling, cost-per-km visibility, and predictive maintenance data that compounds in value the longer the platform runs.

How the XOXO model works

XOXO is XPulse's fully-managed charging infrastructure model for fleet operators. XPulse funds, designs, installs, and operates the charging hub. The fleet pays per kWh consumed — an operating expense with no upfront investment and no procurement cycle.

The OpEx shift changes what's possible

The financial model change matters beyond the procurement timeline. When charging infrastructure becomes an operating expense rather than a capital asset, the entire fleet electrification decision changes shape.

A 2025 YourStory analysis of asset-management-as-a-service models in India found that fleets converting from capex vehicle and infrastructure ownership to OpEx models could deploy up to 62% more vehicles with the same capital. That capital, freed from infrastructure procurement, goes directly into fleet expansion, driver operations, or working capital.

The XOXO model is the charging equivalent of that shift. It converts a 12-to-18 month procurement project into a per-kWh cost that scales with usage. The fleet does not own the infrastructure — it uses it, and it pays only for what it consumes.

India's 2030 target and the infrastructure gap

India's government has set a target of 70% commercial vehicle electrification by 2030. The commercial EV fleet segment currently represents approximately 15% of India's total EV portfolio, with light commercial vehicle sales nearly doubling year-on-year in FY2024–25 and electric bus sales up 39% in calendar year 2024.

Getting from 15% to 70% in four years requires not just more EVs, but charging infrastructure that fleet operators can actually access — without waiting 18 months in a procurement queue. Managed charging models that eliminate the capex and grid bottleneck are not a convenience; they are a structural requirement for hitting that target.

The platform runs from day one

Beyond the infrastructure, the XOXO model delivers the XPulse fleet management platform from the moment the hub goes live: shift-aligned charge scheduling, live vehicle state of charge, per-driver and per-vehicle cost tracking, predictive maintenance alerts and 24×7 operational support. Every session trains the platform's intelligence from the first kWh.

A fleet that spends 12 months procuring its own infrastructure arrives at go-live with no data, no baseline, and no operational history. A fleet that goes live on an XOXO hub arrives with a running platform and the beginning of a compounding operational data advantage.