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EnergyConnect: How Blink's New AI Energy Management Platform Is Changing EV Charging

Posted 08/31/2026

As the electric vehicle market matures, the conversation is shifting beyond simply installing charging stations. One of the industry's biggest challenges now is EV charging energy management — how to expand charging access without straining site power capacity. In a recent interview with The Big Biz Show, Blink Charging President and CEO Mike Battaglia laid out how Blink is tackling that challenge and where the company is headed next. 

Video: The Big Biz Show — Mike Battaglia on Blink Charging's AI Energy Management Strategy 

In the interview, Battaglia discusses Blink's record Q2 margins and recurring revenue growth before introducing EnergyConnect  explaining why smart EV charging and AI energy management, not just more chargers, are driving the next phase of the EV charging industry. 

Moving Beyond Charging Hardware 

For years, EV charging providers have focused on expanding infrastructure to keep pace with vehicle adoption. While charging availability remains essential, Battaglia emphasized that the next phase of the industry depends on smart EV charging — specifically, intelligent energy management. 

As charging networks scale, site operators face rising energy costs, limited electrical capacity, and pressure to get more out of existing infrastructure. That's the opening intelligent energy platforms are built to fill. 

“There's only a fixed amount of electricity out there. We can't build capacity fast enough. Therefore, what you need to be able to do is more effectively manage the electricity under your purview.” — Mike Battaglia, President & CEO, Blink Charging 

Introducing EnergyConnect 

The centerpiece of the interview was Blink's newly launched EnergyConnect platform, an AI-driven energy management system built to help charging site owners get more out of available power without costly electrical upgrades. Battaglia credited the pace of development to Blink's Chief Technology Officer, Harmeet Singh, whose team moved the platform from concept to launch faster than the company expected. 

The announcement comes on the heels of a strong second quarter for Blink, with GAAP gross margins nearly doubling year-over-year to 39%, adding weight to the idea that Blink is reinvesting into next-generation platforms rather than just chasing hardware volume. As Battaglia put it in the interview, the entry point is EV charging, but the ambition is broader: “First, as we enter the market, EnergyConnect is designed to more efficiently manage electricity load at electric vehicle charging sites. Then the vision is to extend that more broadly into site-level electricity management” — covering buildings and data centers, and eventually incorporating battery energy storage. 

EnergyConnect gives operators tools to: 

  • Monitor energy usage and charger performance in real time. 

  • Dynamically balance power across chargers based on demand (dynamic load management) 

  • Manage charging infrastructure through a centralized dashboard. 

  • Set site-level energy limits and scheduling controls 

  • Gain full visibility into power consumption and available capacity 

By allocating power where and when it's needed most, EnergyConnect helps operators maximize charging capacity while keeping operating costs in check. 

How Smart EV Charging Helps Reduce Electrical Upgrade Costs

One of the biggest barriers to EV charging expansion is the cost and complexity of electrical infrastructure upgrades. According to Battaglia, smarter energy management lets charging hosts squeeze more out of their existing electrical capacity before they have to invest in expensive grid improvements — a direct way to reduce electrical upgrade costs for EV charging. 

The benefits of intelligent energy management extend beyond individual charging sites. According to the U.S. Department of Energy, managed EV charging can help reduce the need for electrical equipment upgrades by balancing energy demand across vehicles, buildings, and the grid. 

That approach doesn't just cut costs. It creates a more scalable path for growing charging networks as EV adoption continues to climb.  

Creating Value for Site Hosts 

The benefits extend past energy optimization. With better visibility into site performance and automated load management, operators spend less time managing infrastructure and more time on growth. 

Blink expects EnergyConnect to reduce electricity costs and improve profitability across charging locations. Initial deployments have already launched at Blink-owned DC fast charging sites in Florida, with plans to expand to additional sites in the United States, the United Kingdom, and Belgium. 

Blink's Vision for the Future 

The interview points to a broader shift across the EV ecosystem: as charging infrastructure becomes more widespread, success will depend not just on how many chargers get installed, but on how well energy resources are managed. 

With EnergyConnect, Blink is expanding beyond charging infrastructure provider into energy management partner — helping site hosts prepare for rising EV demand while improving efficiency and controlling costs. 

Watch the full interview: The Big Biz Show — Mike Battaglia on Blink Charging's AI Energy Management Strategy  

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FREQUENTLY ASKED QUESTIONS

EnergyConnect and EV Charging Energy Management

What is EnergyConnect?

EnergyConnect is Blink Charging's AI-driven energy management platform, designed to help EV charging site hosts monitor, balance, and control power use across their charging infrastructure. 

It uses dynamic load management to allocate available power more efficiently across chargers, so site hosts can support more charging demand without immediately investing in new electrical infrastructure. 

Initial deployments are live at Blink-owned DC fast charging sites in Florida, with expansion planned across the U.S., UK, and Belgium.