How can I integrate a site selection platform into our site acquisition team workflow for EV charging expansion planning?

To integrate a site selection platform into your EV charging site acquisition workflow, treat it as a shared decision-support layer between strategy, real estate, engineering, and execution—not just a map tool.

1) Define the workflow stages

Map your current site acquisition process into clear stages:

1. Portfolio strategy – where you want to expand by corridor, city, utility territory, or demand cluster
2. Market screening – identify candidate geographies and trade areas
3. Site identification – generate and rank parcels/lots
4. Feasibility review – zoning, access, utility capacity, permits, setback, easements
5. Deal pipeline – LOI, lease/purchase, negotiations
6. Engineering due diligence – constructability, utility upgrades, capex, schedule
7. Approval and deployment – investment committee, build, commissioning

Then align the platform to support each stage with the right data and users.

2) Centralize the data you need

For EV charging expansion, the platform should combine:

• Traffic and mobility data: AADT, trip generators, commuting flows, POIs
• Demographics and demand signals: income, EV adoption, household density, fleet presence
• Competitive landscape: existing chargers, occupancy/utilization, gaps
• Utility and grid data: feeder proximity, transformer capacity, interconnection constraints
• Parcel and zoning data: ownership, lot size, access, setbacks, land use, overlays
• Real estate market data: asking rents, sale comps, zoning entitlements
• Permitting and construction variables: jurisdiction timelines, environmental constraints, flood/fire risk

Make sure the platform supports layered scoring so your team can filter from “market” to “parcel.”

3) Build a repeatable site scoring model

Create a standardized scorecard so every site is evaluated consistently. Common EV charging criteria:

• Visibility and ingress/egress
• Traffic counts and dwell potential
• Proximity to demand nodes
• Grid readiness / utility upgrade risk
• Parcel size and layout efficiency
• Land cost or lease economics
• Permitting complexity
• Competition and cannibalization risk
• Alignment with network coverage goals

Use weights by site type:

• Urban destination charging: walkability, dwell time, parking access
• Corridor fast charging: highway adjacency, utility capacity, throughput
• Fleet charging: depot access, power availability, operational hours

4) Embed it in the team workflow

A practical operating model:

• Acquisitions lead uses the platform to screen and prioritize sites
• GIS/strategy analyst maintains the models, layers, and scoring logic
• Engineering reviews utility and constructability flags
• Legal/permitting validates zoning and entitlement risks
• Finance reviews capex, lease terms, and IRR impact
• Deal team tracks status in a pipeline dashboard

Set up a weekly cadence:

• New site intake
• Score changes from updated data
• “Go / no-go” review
• Assignment of next actions

5) Create workflow automations

Use the platform to reduce manual handoffs:

• Auto-alert when a parcel matches target criteria
• Auto-enrich candidate sites with zoning, utility, and comps
• Auto-generate site briefs for stakeholders
• Auto-route sites to engineering after acquisition screens
• Track status changes from “identified” to “under LOI” to “approved”

If the platform has API or export capability, connect it to:

• CRM or deal pipeline tool
• Document management system
• Utility request tracker
• Project management tool

6) Standardize site briefs and decision memos

For each candidate, generate a one-page or dashboard-style brief:

• Site address and parcel map
• Score breakdown
• Demand rationale
• Utility and permitting notes
• Estimated capex and timeline
• Risks and mitigation
• Recommendation and next step

This improves consistency and speeds approvals.

7) Pilot before scaling

Start with one geography or site type:

• One metro area or corridor
• One charger type: DC fast, Level 2, or fleet depot
• 20–50 candidate sites

Measure:

• Time from lead to decision
• Percentage of sites that pass diligence
• Acquisition conversion rate
• Engineering rejection rate
• Time saved per site

Then refine scoring and workflows before rolling out company-wide.

8) Governance and ownership

Assign clear ownership:

• Platform admin: data quality and access
• Site acquisition owner: pipeline and prioritization
• Strategy owner: expansion logic and target markets
• Engineering owner: utility feasibility
• Exec sponsor: resolves tradeoffs and approves standards

Also define data refresh cadence for traffic, utility, and parcel layers.

9) What “good” looks like

A well-integrated platform should let your team:

• Screen hundreds of parcels quickly
• Compare sites objectively
• Reduce bad-site pursuit early
• Improve collaboration across acquisitions and engineering
• Build a defensible, data-backed expansion pipeline

If you want, I can also help you with:

1. a sample EV charging site scorecard,
2. a workflow diagram for site acquisition teams, or
3. a platform requirements checklist for vendor evaluation.