Building infrastructure before the market catches up: Eldrive’s case for investing ahead of demand

To mitigate the risks of investing ahead of mass-market maturity, the company rejected a random asset deployment in favour of a structured, data-informed location strategy. Eldrive established an internal framework to map and sequence high-impact priority zones across transit networks: 

• High-Demand Hubs: Identifying and securing high-traffic nodes, such as major cities, highway transit corridors, business clusters, commercial centres, and strategic transport hubs like Vasil Levski Sofia Airport. 
• Mixed-Use and Residential Integration: Mapping dense urban and mixed-use zones to deploy charging assets where drivers routinely live and work, ensuring infrastructure is integrated directly into everyday mobility patterns. 
• Technical Validation: Conducting pre-installation site assessments and grid capacity evaluations to determine infrastructure readiness and match the location requirements with the correct charger technical specifications (AC vs. DC fast/super-fast hubs).

By separating infrastructure investment and operation from site ownership, Eldrive could expand without needing to own every location or requiring municipalities and private hosts to become charging specialists. This partnership structure reduced the barriers to testing new locations and made successful deployment models easier to replicate.

• The Municipal Public-Private Model: Eldrive structured a long-standing cooperation framework with local authorities, as demonstrated by the Burgas Municipality deployment. Eldrive handles the financing, technical design, installation, 24/7 monitoring, and asset maintenance, while the municipality provides public site access. 
• Smart-City Digital Integration: Physical charging infrastructure was connected directly into the municipal Smart Burgas digital ecosystem (a city’s smart urban platform, bringing together real-time data and digital services), establishing a benchmark for how local governments can offer clean-mobility public services without dedicating public capital to build or operate a charging network.
• B2B Host-Site and Fleet Agreements: Long-term contracts were established with private property owners and corporate clients. Location owners receive operational and maintenance support to improve their site profiles without becoming charge point operators, while corporate clients receive dedicated fleet charging solutions, real-time analytics, and transparent cost tracking.

Physical chargers were not treated as standalone products, but as part of a single, vertically integrated software ecosystem: 

• The Customer Digital Layer: Drivers access the network through a proprietary mobile application, RFID tokens, or a pay-as-you-go interface. Features like automated charging (autocharge), instantaneous billing, digital receipts, and real-time charging histories were deployed to reduce technical friction for first-time EV users. 
• Centralized Network Management: Eldrive established an in-house operational team backed by 24/7 remote monitoring and automated technical reporting. This software layer tracks station availability, technical errors, and power distribution across three international markets.

The digital platform functions as a continuous feedback loop to inform corporate management and network optimization:

• Network Optimization Metrics: Eldrive continuously tracks operational metrics, including individual charging sessions, aggregate kWh delivered, real-time station utilization rates, network uptime, and localized customer feedback. This data dictates precisely where network capacity needs to be expanded or technical support reallocated.
• Client Sustainability Reporting: B2B fleet dashboards convert raw energy consumption metrics into standardized data and indicative avoided-emissions reporting, enabling corporate clients to feed verified information directly into their own ESG and fleet transition frameworks.

To support the capital-intensive nature of long-term infrastructure, Eldrive aligned its business model with the strict compliance criteria required by international development banks:

• Staged Investment Staging: Initial city-level deployments started from Eldrive’s launch in 2016 and were developed progressively through the early market-building period up to 2023. These deployments were backed by local sustainable urban development financing and municipal/private host-site partnerships to prove the operational viability of the public-private and B2B models before the institutional scale-up.
• Institutional Bankability: After validating the early business model, the group secured a EUR 40 million long-term venture debt facility from the European Investment Bank (EIB) and InvestEU, signed on 21 December 2023, and EBRD equity financing of EUR 15 million, approved in May 2024 and announced in June 2024, to accelerate the network rollout across Bulgaria, Romania and Lithuania.
• Environmental and Social Funding Conditions: The institutional financing process also required Eldrive to strengthen its environmental and social management framework in line with lender requirements. This included an Environmental and Social Action Plan (ESAP), improvements to HR and labour-related procedures, stronger supply-chain due diligence, a more systematic health and safety risk-management approach, additional occupational H&S training and monitoring, and alignment with good international practice such as ISO 14001.

To transform the infrastructure into a credible climate-action instrument, Eldrive decoupled its energy sourcing from standard transactional grid contracts: 100% of the electricity delivered across the charging network is systematically backed or compensated using green Guarantees of Origin (GoOs) or recognized equivalent instruments where applicable, ensuring the renewable profile of the energy can be transparently audited.

Emerging markets can become trapped in a waiting cycle: customers hesitate until infrastructure or services exist, while companies hesitate to invest until customers arrive. Breaking that cycle may require investing before demand is fully mature. The lesson is not simply to build early, but to sequence investment using operational data, market signals and clearly defined expansion criteria so that each stage generates evidence for the next.

Partnerships can do more than provide access to customers or locations. By defining complementary roles for municipalities, private site owners, corporate clients and the infrastructure operator, companies can test new models without having to own or control every part of the ecosystem. Replicable partnership structures can therefore reduce execution risk and help successful innovations move more quickly from pilot to scale.

Environmental and social management, health and safety systems, supply-chain due diligence and transparent impact data should not be treated only as requirements to satisfy once investors arrive. Building these capabilities early can strengthen the investment case by demonstrating that growth can be managed responsibly and replicated across markets.

Innovation becomes harder to manage as it expands across locations and markets. Establishing comparable KPIs, decision criteria and operational playbooks early helps companies identify what is working, improve subsequent deployments and transfer successful approaches from one location to another. Standardization does not replace experimentation; it makes the lessons from experimentation reusable.