Hardware-Agnostic Software Drives Latin America’s EV Fleet Boom

Q: Fleet operators and commercial facility owners often discover that electrifying their mobility involves much more than simply installing chargers. What are the main operational and financial challenges they face, and how does Enerlink help resolve these challenges?

A: There are several challenges that must be addressed. First and foremost is infrastructure. On one hand, there is the electrical grid capacity available in the area surrounding the site or Distribution Center (DC). On the other hand, there is the internal infrastructure. It is necessary to properly size which chargers and what power output are required so that units can charge within the precise timeframes demanded by the daily operation.

It is a chain that must be viewed holistically, including available grid capacity, vehicle size and capabilities, required driving range, minimum charge thresholds, and operational time windows. Managing this complex equation requires software that provides complete visibility and logistical traceability. Electrifying is not just installing a charger or having electricity available; it is an entire system that must operate in harmony. 

The critical challenge is execution. Flawless financial projections regarding cost savings and carbon footprint reduction can be drawn up, but real-time monitoring and management are what ultimately guarantee that the project adheres to its financial model and does not turn into a stranded or underutilized asset.

Q: Once the initial calculations are made, how do you help optimize the Total Cost of Ownership (TCO)?

A: In engineering, what cannot be measured cannot be improved. The first thing we provide is reliable visibility to understand how energy variables behave week by week or month by month, thereby triggering timely corrective actions.

With visibility comes traceability. At Enerlink, we customize smart dashboards so that each client can monitor the indicators that are critical to their specific operation. Based on that information, the system generates operational alerts. For example, if a power supply interruption occurs in a fleet charging overnight, the software immediately notifies the responsible team instead of the operator noticing it minutes before hitting the road. This prevents financial penalties, ensures on-time deliveries, and protects business continuity.

Q: How do you integrate your management software with vehicle telematics and energy analytics to guarantee charging at the lowest cost while maximizing battery lifespan?

A: The process starts by ensuring the measurement of variables that are strictly necessary, avoiding system saturation with irrelevant data. Once the key metrics are defined, continuous monitoring is established. This allows us to answer key operational questions, such as whether the infrastructure is functioning properly, at what percentage, and at what occupancy level. If we detect underutilized locations or saturation at others, strategic decisions can be made to redesign the setup or incentivize usage. For example, public charge point operators can issue real-time promotions, notifications, or coupons to direct traffic toward idle stations. In short, existing infrastructure is first mapped to ensure its optimal use, and then, during daily operation, execution is constantly evaluated to adjust the model as needed.

Q: Considering the diverse client base you serve, what is the ideal customer profile for Enerlink?

A: We define our ideal customer based on the challenges we solve, dividing them into two main categories. First, we serve investors or public charging Charge Point Operators (CPOs), including any stakeholder looking to launch or accelerate the monetization of their charge points with a high-value user experience. While these clients often also seek to reduce their carbon footprint or integrate renewable energy, their primary driver is financial viability. Second, we serve fleet operators undergoing an electric transition, which are companies committed to operational continuity that require traceability and preventive alerts to ensure their units are ready on time and as required.

Additionally, many international corporations with aggressive decarbonization goals, such as reducing their carbon footprint by 30% over five years, integrate Enerlink’s charger telemetry with vehicle telematics to precisely measure and report their progress.

Q: Enerlink's software platform is defined as hardware agnostic. How does this simplify operations across different charging networks and promote interoperability?

A: Being hardware-agnostic has been a core part of our architecture from the start, and today we monitor over 3,000 connectors across Latin America. Being agnostic means that charger brand, model, connector type, power output, or aesthetic details do not matter. As long as the equipment has an internet connection and uses the industry-standard protocol (OCPP), it can be seamlessly linked to our platform.

This provides long-term flexibility and future-proofing. If a client's operational needs change or a new technology from another manufacturer emerges, they are not locked into a proprietary platform or isolated data silos, as Enerlink unifies all equipment under a single management point.

It functions similarly to mobile phone roaming. We build the technological bridge that allows different charging networks to interconnect with one another. This way, end users do not need to download multiple applications to travel between cities, as they can view and use chargers from different operators through a single, unified interface.

Q: What new features or services will Enerlink introduce following its recent funding round?

A: The investment supports our technological growth and software integration. We are applying AI strategically, not as a fad, but to optimize diagnostics, streamline technical support, and accelerate internal development timelines. Furthermore, we were pioneers in enabling interoperability frameworks in Mexico, and we have cut transaction processing times in half. In Latin America, we have also allocated resources to fraud prevention through AI systems that detect atypical usage patterns and can block malicious behavior at both the user and device levels.

In the near future, we are consolidating our position not merely as an app or charging manager, but as a modular operating engine capable of integrating with new payment technologies, such as physical point-of-sale card terminals directly on the chargers.

Q: Enerlink is the platform behind the charging infrastructure for Mexico City’s electric Metrobús system. What differences exist between managing urban bus fleets and conventional commercial charging?

A: The main difference lies in the level of operational criticality. In commercial charging, a mixed-use schedule is often sought. In mass public transit like Metrobús, an operational failure affects multi-million-dollar investments and the commute of thousands of daily passengers; if a bus does not depart at 4:30 a.m. with the necessary charge, the impact is severe.

This demands advanced charging profile configurations. Given the high energy demand of these vehicles, charging during off-peak hours with cheaper electricity rates is vital. With our platform, buses can be plugged in upon arrival at the depot in the evening, but managed power delivery automatically activates at midnight when rates drop. This automates the process, optimizes operating costs, and eliminates manual bottlenecks.

Q: How does predictive monitoring support asset preservation in projects of this scale?

A: For high-value assets such as municipal buses, monitoring battery performance and degradation is essential. Through the charger itself, Enerlink’s tools estimate the battery's State of Health (SOH) without requiring additional telematics hardware installed on the vehicle. This analytics engine allows preventive and proactive maintenance to be scheduled in a timely manner, facilitating clear communication with vehicle manufacturers regarding warranties and long-term battery lifespan.

Q: What lessons from the Metrobús project can be applied to other public transit electrification initiatives across the country?

A: The primary lesson is that inter-institutional collaboration is essential. This project was developed in partnership with Enel X, coordinating property owners, transit operators, and technology providers.

From an operational standpoint, there are three fundamental takeaways. The first is the need for data quality, which means ensuring that collected information is accurate and reliable for sound decision-making. The second is human change management, which involves training field staff and explaining the value of the new technology so that adoption does not stall. Finally, the third takeaway is continuous auditing, which requires ongoing performance tracking against the original financial and operational model to correct deviations in a timely manner.

Q: What will be the main driver of charging infrastructure over the next five years?

A: There is a convergence between the consumer and fleet markets that is generating critical mass. In the consumer sector, EV sales in Mexico are growing at double digits. The price barrier of MX$400,000 (US$23,000) was recently broken downward on certain models, democratizing access to a technology that previously felt out of reach. As more units hit the road, demand for charge points grows, driving gas station groups and commercial venues to install infrastructure to stay relevant.

On the corporate fleet side, volatility in fossil fuel prices alongside sustainability commitments have accelerated the transition. Companies want to reduce reliance on commodities whose costs fluctuate due to international socio-political factors, thereby safeguarding their supply chains. Electric mobility offers greater long-term cost stability.

Q: What has driven Enerlink’s rapid growth in Mexico?

A: Less than two years ago, we had no physical offices in Mexico and managed around 20 slow AC chargers. We now surpassed 800 managed connectors, and a footprint in the country's major public transit and commercial logistics projects. This growth has required us to simplify complex technical concepts to educate the market, debunk misconceptions regarding range or battery degradation, and offer accessible implementation solutions.

Q: With new competitors entering the energy management software space, what competitive advantage will keep Enerlink ahead of the curve?

A: Our competitive advantage rests on two primary pillars. The first is our absolute focus on real customer needs, as we design solutions based on actual field operations rather than theoretical assumptions. The second is our accumulated expertise, stemming from nearly a decade of experience operating in Latin America’s most challenging markets and running a platform that processes over 250,000 transactions per month.

Maybe a developer could program an app to turn a charger on or off, but our true value lies in understanding the client's business logic, managing their daily operation, enabling monetization, and backing the infrastructure with a team specialized in electromobility.

Q: Assuming vehicle availability and basic infrastructure continue to advance, what are expected to be the main barriers to mass fleet electrification?

A: There are two main barriers. The first is grid planning, as there needs to be greater alignment in long-term strategy between growing energy demand from industrial parks or heavy-duty fleets and distribution grid capacity. The second barrier is the lack of legal and financial incentives. Unlike other economies where tax incentives or subsidies exist for vehicle acquisition and charging station installation, progress in our region has relied predominantly on private initiative, and the lack of clear incentive frameworks extends return-on-investment timelines.

Q: What are Enerlink's commercial and technological priorities for the next two years?

A: Our strategic priority is to establish ourselves as the operating system for electromobility in Latin America. To achieve this, we focus on three main lines of action. The first is continuing our in-house technological development to adapt our platform to the operational nuances of the Latin American market. The second is building strategic partnerships to foster interoperability and integrate charging networks. The third is democratizing access to technology so that any business or investor can operate a charge point or integrate EVs into their operations, backed by a specialized partner.