Let’s imagine a row of EV chargers in a shopping mall parking lot. They don’t just provide fast charging for electric vehicles — they generate three streams of revenue for the mall: charging fees, energy cost savings, and advertising income.
This is precisely the innovative solution showcased by ADS-TEC Energy at EuroCIS 2026. Its battery-buffered ChargePost system is redefining the role of charging infrastructure in commercial environments.
(ADS-TEC Energy is an Ireland-headquartered Nasdaq-listed company specializing in battery-buffered ultra-fast charging technology. Its flagship product, ChargePost, integrates an energy storage battery system with a 75-inch digital advertising display, delivering up to 300 kW of charging power without requiring grid expansion. The system enables retailers to unlock three revenue streams: direct charging fees, energy management gains through peak shaving and photovoltaic integration, and digital out-of-home advertising income. With German-engineered manufacturing standards and proprietary energy storage systems, the company serves automakers, energy providers, and commercial clients across Europe and North America, positioning itself as a key technology partner driving the deep integration of charging infrastructure and energy systems.)
Recent market research indicates that EV drivers are increasingly choosing where to shop based on the availability of charging facilities. For typical 20–30 minute visits to convenience stores or pharmacies, conventional AC charging is insufficient, while ultra-fast charging aligns perfectly with retail dwell time.
The Shift in Consumer Behavior: Charging Infrastructure as a Traffic Driver
More shopping centers, gas stations, and convenience stores are beginning to view charging facilities not as ancillary burdens, but as customer acquisition tools. A 20–30 minute charging session naturally matches the time needed for a quick retail purchase or coffee break — creating a strong time-based coupling between charging and consumption.
Charging infrastructure is evolving from “following demand” to “creating demand.” Early deployment in prime commercial locations allows operators to capture both energy revenue and increased commercial real estate value.
In Shenzhen, one charging station implemented a “charging + coffee” model, extending average customer dwell time from 12 minutes to 25 minutes and increasing non-fuel revenue by 40% compared to traditional charging-only sites.
The Awakening of Traffic Value: From Charging Network to Media Network
Every EV driver who charges is a high-value, consumption-capable audience. Charging inherently offers two major advantages: guaranteed dwell time and surplus attention. This gives charging-site advertising higher engagement potential than traditional outdoor media.
For example, ChargePost’s integrated 75-inch digital display supports location-based and time-based targeted advertising, incorporating factors such as time of day and weather conditions, with transparent reporting mechanisms.
Studies show that charging-station advertising — with programmatic placement, time-slot pricing, and weather-triggered campaigns — combines the precision of digital media with the compulsory exposure of outdoor advertising. In the future, charging network operators may also become media network operators, with advertising revenue emerging as the “second growth curve,” potentially second only to charging fees in the profitability model.
International Advancement: From Hardware Export to Solution Empowerment
The international expansion of Chinese charging companies is entering a new phase — shifting from simple hardware exports to comprehensive solution delivery and business model empowerment. It is no longer sufficient to export charging equipment alone; companies must provide integrated retail scenario solutions, including business model design, energy management strategies, and advertising operation support.
The approach of companies like ADS-TEC — actively participating in retail and fuel industry exhibitions to directly reach end decision-makers — offers valuable insight.
Against the backdrop of deeper integration between charging infrastructure and commercial spaces, the World Charging Technology & Facility Exhibition will take place from September 16–18 at the China Import and Export Fair Complex in Guangzhou. Covering over 50,000 square meters, the event is expected to gather more than 500 leading enterprises and attract over 50,000 professional buyers and decision-makers from more than 100 countries and regions worldwide.
From cutting-edge charging hardware and intelligent energy management software to complete operational service solutions and potential local partnership resources, the exhibition will present a comprehensive view of the industry ecosystem.
Exhibitors and visitors will have the opportunity to engage directly with manufacturers whose products have already obtained mainstream European certifications such as CE and TÜV, gaining firsthand insights into market entry requirements and technical standards, significantly reducing the research and matchmaking costs associated with overseas expansion. A one-stop showcase — spanning core equipment, energy storage systems, smart grid interfaces, charging operation platforms (CPO), payment systems, and after-sales services — enables buyers to efficiently identify solutions that meet their needs.
The exhibition also serves as an indispensable knowledge-sharing hub for Chinese companies going global. Exchanging real-world experience with like-minded peers helps mitigate common risks and explore viable international pathways together.
Charging infrastructure is evolving from a single-function energy supply node into a multifunctional spatial node connecting commerce, media, and urban services. When charging facilities can provide energy, attract traffic, and generate advertising revenue simultaneously, this multidimensional value stacking is reshaping the charging industry’s business model and growth trajectory — offering a more sustainable, market-driven solution for the global energy transition.
source: https://theevreport.com/