China EV Charging Station Location Planner CG360-EV
The CG360-EV Location Planner is a scenario‑based geospatial tool that helps foreign investors identify optimal sites for electric vehicle charging stations across China. It weighs 14 variables — including grid capacity, local EV density, land‑use permits, and the latest WFOE (外商独资企业, waishang duzi qiye) restrictions — and narrows a 500‑km² search area to 3–5 deployable plots within 48 hours. In pilot tests across Jiangsu and Guangdong, the tool reduced site‑screening time by 71% and flagged 92% of regulatory conflicts before due diligence began.
Why This Matters
China already has over 12 million EV charging points, and the central government wants 20 million by 2030. Yet 67% of foreign‑invested charging station projects stall because of poor location choices — either grid upgrades eat the budget, or local subsidies require a WFOE structure that many investors set up too late. The CG360‑EV Planner was built specifically for the foreign investor’s constraints: it bakes in WFOE registration lead‑times, land‑use categories (土地使用, tudi shiyong), and subsidy eligibility windows (补贴窗口期, butie chuang kou qi) that local tools ignore.
For a foreign firm deploying ¥15–50 million per station, a wrong site can mean 3‑year payback slippage. This tool cuts that risk by combining public datasets (State Grid capacity, MIIT local EV registrations) with private intelligence on land availability. The result: a site‑readiness score from 0–100, plus a regulatory traffic‑light system (red / amber / green).
How the Planner Works — Step by Step
Unlike generic GIS platforms, the CG360‑EV Planner is tailored for China’s multi‑jurisdictional approval maze. Below is the core logic in five phases.
- Boundary & filter setup — Define search radius (default 10 km from city centre). The tool auto‑pulls 9 layers: existing charging stations, substation load, residential density, commercial permits, land‑use category, air‑quality zones, flood risk, heritage buffers, and WFOE eligibility polygons.
- Demand scoring — Uses real‑time MIIT registration data (updated quarterly). Scores each 500 m² grid cell based on EV density, average daily mileage, and nearby workplace/retail anchors. A cell scoring >72 is considered “high potential”.
- Grid capacity check — State Grid publishes substation load at 10 kV level. The tool flags cells where available capacity <800 kVA — below the threshold for a 6‑charger station. Only 34% of urban cells pass this filter nationally.
- Regulatory overlay — Provincial policies differ wildly. The planner applies a compliance matrix with 23 rules (e.g., minimum distance from schools, parking space ratios, WFOE land‑use restrictions). If a cell violates >4 rules, it’s automatically excluded.
- Commercial viability & output — Estimates IRR, payback period, and subsidy amount (based on local butie政策). Generates a PDF report with due‑diligence checklist, regulator contact info, and a 6‑month timeline.
Key Metrics from Pilot Deployments
| Metric | Without Planner | With CG360‑EV | Improvement |
|---|---|---|---|
| Site screening time (per city) | 14 days | 4 days | −71% |
| Regulatory conflicts found before due diligence | 3 (avg) | 11 (avg) | +267% |
| Grid capacity mismatches | 62% of shortlisted sites | 18% of shortlisted sites | −44 pp |
| Plots passing all WFOE land‑use checks | 2.1 per city | 5.4 per city | +157% |
| Average subsidy captured (¥ per station) | ¥218,000 | ¥389,000 | +78% |
* Data from 8 pilot cities: Suzhou, Hefei, Changsha, Shenzhen, Chengdu, Xi’an, Qingdao, and Kunming. Jan–Dec 2024.
Pre‑Investment Checklist (Use Before You Run the Planner)
- Confirm your WFOE (外商独资企业, waishang duzi qiye) registration is at least 70% complete — the planner uses your business license number to access land‑use layers.
- Prepare the construction land planning permit (建设用地规划许可证, jianshe yongdi guihua xukezheng) template — the tool will generate a prefilled draft.
- Collect your grid connection pre‑approval from the local power bureau (供电局, gongdian ju) — the planner cross‑references its capacity data with your application.
- Set a budget range per station (¥8M–¥22M for a 10‑charger site including transformer upgrade). The tool filters plots outside your range.
- Identify your subsidy window (补贴窗口期, butie chuang kou qi) — most provinces open applications only twice a year. The planner flags upcoming deadlines.
Pitfalls Foreign Investors Miss Without This Tool
1. “Land use” is not what you think
China classifies land as S (commercial service), R (residential), M (industrial), and G (green). Only S‑category permits EV charging as a primary use. But 38% of foreign investors in a 2024 CBBC survey assumed residential land (R) allowed charging stations — it doesn’t, unless you get a special variance. The planner automatically excludes R and M plots, saving weeks of false starts.
2. Grid capacity is a silent killer
Many investors fall in love with a high‑traffic location, only to discover the local substation is at 97% load. Upgrading a 10 kV substation costs ¥1.2–2.8 million and takes 6–9 months. The CG360‑EV tool overlays real‑time substation load data from State Grid — available only via authorized API — and flags any site where available capacity is below 800 kVA. In Shenzhen, this single filter eliminated 61% of initially “attractive” plots.
3. WFOE restrictions vary by city
Since 2022, some tier‑2 cities restrict WFOEs from operating charging stations in “strategic public service zones” (e.g., near government buildings or military areas). The planner embeds a city‑by‑city WFOE restriction map updated quarterly. For example, in Hefei, 14% of commercial land is off‑limits to wholly foreign‑owned enterprises; the tool flags those parcels in amber.
4. Subsidies are not guaranteed — timing is everything
Over 60% of EV charging subsidies require the station to be operational within 12 months of land‑use approval. If your WFOE registration drags to 8 months, you lose eligibility. The planner calculates a time‑to‑operation estimate based on your registration status, and if it exceeds the subsidy window, it warns you before you commit land costs.
How CG360‑EV Stacks Up Against Alternatives
| Feature | CG360‑EV Planner | Generic GIS (e.g., ArcGIS) | Local Chinese platforms |
|---|---|---|---|
| WFOE land‑use filter | ✅ Built‑in | ❌ Manual overlay | ❌ Not available |
| Grid capacity API (State Grid) | ✅ Direct integration | ❌ Requires separate contract | ⚠️ Limited to 3 cities |
| Subsidy window calculator | ✅ Automated | ❌ Not included | ⚠️ Manual lookup |
| Regulatory conflict detection | ✅ 23‑rule matrix | ❌ User‑built | ⚠️ 8‑rule basic |
| Report generation for bank/investor | ✅ PDF with IRR, payback | ❌ Manual | ❌ Not standard |
| Annual subscription cost (est.) | ¥58,000 | ¥120,000+ (with add‑ons) | ¥35,000 (limited scope) |
For a foreign investor planning 3–8 stations per year, the CG360‑EV Planner pays for itself by avoiding just one failed site. The average cost of a failed due‑diligence cycle (legal, land deposit, grid study) is ¥320,000 – ¥680,000.
Limitations to Consider
- Data lag: Grid capacity data is updated quarterly, not real‑time. A sudden local demand spike (e.g., new factory) might not appear for 90 days.
- Provincial coverage: As of Q2 2025, the tool covers 21 provinces. Tibet, Qinghai, and Ningxia are not yet included.
- Language: The interface is in Chinese with English labels — your local team will need to operate it. English‑language support is in beta.
- No construction management: The planner stops at site selection and permitting. Construction vendor matchmaking is a separate service.
Remote China market entry support, built around execution.
Official Sources
- State Administration for Market Regulation: 2026 registration forms and submission-material standards
- Ministry of Commerce and SAMR: Measures for Foreign Investment Information Reporting
- State Administration for Market Regulation: Company Law of the People’s Republic of China
- National Development and Reform Commission: 2024 foreign-investment negative list
