Africa's electric mobility sector is attracting serious capital — Spiro's $215M funding round signals the market has arrived. Diesel costs 40–60% of African freight operating budgets. Solar electricity costs 70% less to deliver the same kilometre. Plutonia's Green Trade & Mobility Division provides the procurement infrastructure that makes this transition commercially executable.
Plutonia's Green Trade & Mobility Division is a specialist procurement and infrastructure enablement service for the electrification of African commercial transport and logistics. It sources electric commercial vehicles, EV charging equipment, solar power infrastructure, lithium battery storage systems, and cold chain equipment — and provides carbon tracking and ESG documentation for organisations with Scope 3 supply chain reporting requirements. It operates at the intersection of global manufacturing supply chains and Africa's accelerating clean energy transition.
Buyer profile assessed: fleet size, routes operated, daily range requirements, charging access, grid reliability, solar resource at site. TCO analysis comparing diesel vs. electric over 5-year horizon.
EV specifications matched to route and payload requirements. Charging infrastructure sized to fleet. Solar and storage capacity calculated for energy independence. Spare parts catalogue defined.
EV manufacturer verified: production capability, export history, IEC certification, right/left drive availability, spare parts supply network. Battery chemistry and BMS specifications confirmed.
Purchase order placed. Container loading supervised. Dangerous goods documentation (UN 38.3 for batteries). Import documentation for destination country prepared.
Delivery to operator site. Spare parts initial stock pre-positioned. Maintenance training documentation provided. Carbon tracking setup for Scope 3 reporting.
| Situation | Without Plutonia | With Plutonia |
|---|---|---|
| EV deployment fails — no local spare parts | ✗ Fleet operator deploys 20 electric trucks. Battery degradation at 18 months. No local replacement cells. Fleet idle. Project fails. | ✓ Spare parts supply chain established before deployment. Critical battery components pre-positioned at regional warehouse. Air freight track for emergency components. |
| Solar charging hub undersized — fleet cannot fully charge overnight | ✗ EPC designs 200kW solar system for 50-vehicle fleet. Calculation error ignores charging simultaneity factor. Hub insufficient. | ✓ Plutonia provides energy balance calculation: fleet size × average daily kWh requirement ÷ peak sun hours × safety factor. Storage sized for overnight charging capacity. |
| EV batteries damaged in sea freight — no UN 38.3 docs | ✗ Electric truck batteries shipped by sea without IMDG DG documentation. Shipping line detains container. 6-week delay. | ✓ UN 38.3 transport test certificate obtained before freight booking. IMDG Dangerous Goods Declaration prepared by certified specialist. |
| ESG audit fails — no supply chain carbon data | ✗ Corporate client with Scope 3 reporting requirements cannot produce factory-level emission data for EV components. Investor queries sustainability claims. | ✓ Plutonia provides factory energy use and emission intensity data as part of procurement documentation. Carbon footprint per unit calculated for ESG reporting. |
The TCO calculation for African road freight typically shows electric trucks at or below diesel parity on routes where vehicles return to a base for overnight charging. Key inputs: Diesel truck fuel cost — approximately $0.35–0.60/km depending on fuel price and fuel economy. Electric truck energy cost — $0.03–0.10/km when charged from solar electricity at African irradiance levels. Maintenance saving — electric drivetrains have 20× fewer moving parts; annual maintenance cost is 60–70% lower. Capital cost — electric trucks carry a 30–50% premium at current volumes, declining rapidly. At a 5-year horizon with solar charging, the operating saving typically exceeds the capital premium, producing a positive TCO advantage for electric on routes above 100km/day. Plutonia provides route-specific TCO analysis for fleet operators evaluating the transition.
Battery-as-a-service (BaaS) is a model that separates the battery asset from the vehicle — the fleet operator purchases the vehicle chassis without the battery and pays a monthly fee for battery use, maintenance, and replacement. This eliminates the largest single cost barrier to EV adoption (the battery represents 35–45% of vehicle purchase price) and transfers battery degradation risk to the service provider. The model has driven mass EV adoption in China's two- and three-wheeler market (350M+ vehicles). Spiro's $215M funding round is building exactly this model for African electric motorcycles and expanding to commercial vehicles. Plutonia supplies the physical infrastructure layer — battery packs, BMS systems, swap stations, and monitoring platforms — that BaaS operators need at scale.
For African cold chain deployments, Plutonia sources: solar-powered cold rooms (1–20 tonne capacity) for agricultural storage and pharmaceutical distribution; electric refrigerated trucks (2–10 tonne) for urban distribution; WHO PQS-certified vaccine refrigerators and cold boxes for healthcare cold chain; passive cold chain packaging (phase change material boxes) for last-mile pharmaceutical distribution without power; and IoT temperature monitoring systems that track cold chain integrity from manufacturer to point of use. Africa's cold chain deficit causes an estimated $4 billion in annual food losses. Solar cold storage is now cost-competitive with diesel-powered alternatives in most African markets.
Under the GHG Protocol Corporate Value Chain (Scope 3) Standard, purchased goods and services (Category 1) and upstream transportation and distribution (Category 4) are material emission categories for most importing organisations. Plutonia can provide: factory-level energy consumption and fuel mix data from key suppliers; product-level carbon footprint calculations using lifecycle assessment methodology; freight emission factors (sea freight gCO2e/tonne-km, air freight gCO2e/tonne-km) per GLEC Framework standards; and supplier sustainability questionnaire responses. This data supports TCFD reporting, EU CSRD/CSDDD compliance, investor ESG questionnaire responses, and net-zero target tracking.
Plutonia sources the equipment, manages the supply chain, and provides the documentation. You build the infrastructure that transforms African trade.