Industrial property · Framework ⏱ 8 min read · Published 2026-07-01

The five readiness pillars — how to score your logistics estate for fleet electrification.

An estate's fleet electrification readiness cannot be reduced to a single yes-or-no answer. It is the product of five independent capabilities, each of which can fail on its own regardless of how well the others are managed. This is the EVhubs 2026 Readiness Index framework — 5 pillars, 20 points each, 100 total.

Pillar 1 — Electrical capacity /20

The upstream constraint that determines everything else. Transformer nameplate ≠ transformer spare capacity, and neither necessarily reflects what's actually available for new heavy-vehicle charging load.

Score against:

· What is the incoming electrical supply to the site, and from which substation?
· How much spare transformer capacity exists today, documented rather than assumed?
· What kVA is genuinely available for new heavy vehicle charging load?
· What future demand — from this tenant and others — has already been committed against that capacity?
· Are there known grid constraints in the surrounding network that could limit any future upgrade?

Pillar 2 — Charging readiness /20

The physical layer between the electrical intake and the vehicle. Where do chargers sit, how does the yard circulate, and does the depot's operational geometry actually support what the electrical capacity would allow?

Score against:

· Does the current parking and yard layout allow heavy vehicle bays to be positioned near viable charger locations?
· Can trailers and rigid trucks circulate without conflict once charging infrastructure occupies fixed bays?
· Are heavy vehicle bays long and wide enough for charging equipment clearances?
· Where would chargers physically sit relative to the electrical intake room, and what cabling runs does that imply?
· Is there a defined charging strategy — depot overnight, opportunity, or a mix — or is it still undecided?

Pillar 3 — Operational readiness /20

The tenant-side reality. A perfect electrical setup that doesn't align with the fleet's actual duty cycle is a perfect electrical setup that will be under-utilised or over-stressed.

Score against:

· Is the tenant's fleet schedule and return-to-base pattern understood well enough to model charging windows?
· How do driver shift patterns affect when vehicles are available to charge?
· What does peak loading look like when multiple vehicles return and plug in within the same window?
· Is overnight charging operationally realistic given security, staffing and yard access hours?
· Is there a queue management or bay allocation approach for when demand exceeds charger count?

Pillar 4 — Energy integration /20

Whether the estate is preparing for a charging-only future — or a fully integrated energy asset that includes solar, storage, and demand-side response. The difference between the two is the difference between spending capex on grid upgrades and generating recurring value from the same infrastructure spend.

Score against:

· Is there a pathway to on-site solar generation?
· Is battery storage a viable option to shift or shave peak charging demand?
· Is there, or could there be, a smart energy management system coordinating charger output?
· What load management approach would allow more vehicles to charge within existing capacity, rather than requiring a capacity upgrade?
· Could the site participate in demand response, and is a microgrid configuration realistic for this asset?

Pillar 5 — Business readiness /20

Whether the ownership entity is prepared to treat electrification as a scheduled capex programme and an asset-enhancement initiative — or as an emergency response when a tenant forces the issue.

Score against:

· Does the ownership or management entity have a documented ESG strategy that fleet electrification supports?
· Has green finance — sustainability-linked loans, green REIT facilities — been explored to fund the infrastructure?
· Is there a capital expenditure plan that allocates funding to electrical upgrades, not just building fabric?
· Is tenant demand for charging being tracked systematically, or only anecdotally?
· Is fleet electrification infrastructure being evaluated as a formal asset enhancement initiative?

How the pillars combine — the readiness bands

Sum the five pillar scores. The total maps to one of five bands:

Score	Band	What it signals
90 – 100	Ready	Ready for large-scale electrification.
75 – 89	Near-Ready	Minor upgrades close the remaining gaps.
60 – 74	Developing	Moderate infrastructure upgrades needed before scaling past pilot.
40 – 59	Constrained	Significant planning needed across multiple pillars — staged roadmap required.
Below 40	High Risk	Not currently positioned to support electrified tenants at scale.

The score is deliberately weighted across pillars rather than concentrated in any one. An estate can hold ample transformer capacity and still score poorly overall if its yard layout cannot accommodate charging bays, or if no operational plan exists for managing peak return-and-charge periods. Readiness is a system property, not a single-variable outcome.

Apply the framework to your estate

The interactive Fleet Electrification Readiness Check runs a 15-question first-pass version of the pillars, produces a readiness output in 5 minutes, and can be a starting point for a full advisory engagement.

Start the Readiness Check → Or read the full Handbook

Sources. Framework: EVhubs 2026 Logistics Estate Fleet Electrification Readiness Index (First Edition). Regulatory references sourced from the Land Transport Authority. Grant windows, quotas and eligibility are time-sensitive; readers should verify current terms with LTA before making investment decisions.