Electric car parking: Everything You Need to Know

As electric vehicles continue to gain prominence as environmentally-friendly transportation facilities, the number of owners of such vehicles and demand for charging facilities grow simultaneously. Commercial parking lot EV charging solutions provide users with a hassle-free charging experience while contributing towards clean energy production and sustainable development goals. We will discuss here in depth the various types of commercial EV chargers as well as key elements of commercial parking lot EV charging solutions.

What Is A Commercial EV Parking Lot? 

A commercial EV parking lot is a parking facility specifically designed to offer charging services for electric vehicles at a fee. As electric vehicle usage becomes more popular, people need enough charging infrastructure such as commercial EV parking lots to meet their charging needs; hence these lots have become integral infrastructure pieces for this form of charging services; not only providing traditional parking spots but also boasting professional EV chargers to provide convenient charging services for commercial vehicles.

Types and Characteristics of Commercial EV Chargers

Commercial EV Chargers Parking lots that specialize in electric vehicle charging often feature different types and powers of commercial EV chargers to meet the changing needs of various models. Many EV charger suppliers offer ODM services to parking lot operators to meet the unique requirements of commercial parking lots; as an EV charger company, Joint offers ODM/OEM services that help meet these specific needs of parking lots by creating tailored commercial EV chargers to support normal operations of parking lots more conveniently for their owners.

Level 2 commercial EV chargers (AC chargers):

AC chargers are most often employed to meet long dwell time needs in commercial parking lots and shopping centers. These chargers use standard AC power and charge faster, making them suitable for longer parking services. Furthermore, most electric vehicle chargers feature standard AC charging plugs.

Level 2 chargers utilize 240 V AC power and typically charge at 15–25 miles per hour, making them suitable for various applications. Level 2 EV chargers can provide enough electricity in an effective and timely fashion to satisfy most daily driving needs and are frequently chosen in commercial parking lots, corporate parking facilities, and elsewhere.

Level 3 Commercial Chargers (DC Fast Chargers):

Level 3 commercial chargers are DC power fast chargers used to rapidly recharge electric vehicles at highway service stations and commercial interchanges, providing very high charging power quickly recharging electric vehicles—perfect for long drives or emergency charging situations. Level 3 chargers charge much faster than their Level 2 counterparts, typically fully charging an EV in 30 to 60 minutes or less.

Commercial parking operators usually configure electric vehicle chargers based on the location, user needs, dwell time, and dwell time of each parking lot. Level 2 chargers tend to be used in locations offering long dwell times, such as shopping centers or corporate lots, while fast charging locations, such as highway service areas, require fast chargers. This configuration helps meet the changing needs of commercial users while simultaneously helping to promote and popularize EVs.

Benefits of Dynamic Load Balancing

Dynamic load balancing plays an essential and beneficial role in commercial EV parking lots, providing efficient charging services through intelligent algorithms to each charging pile in the parking lot. By evenly distributing the load across each charging pile in peak periods and maintaining stable charging services during those peak periods, dynamic load balancing ensures each charging pile delivers stable charging services, improving overall charging efficiency in commercial EV parking lots.

Enhance Charging Efficiency: Dynamic load balancing intelligently adjusts charging resource allocation by monitoring usage and power distribution in each charging pile in real-time, which helps avoid congestion or wasteful usage between charging piles, thus improving charging efficiency. Users can still quickly find available charging piles during peak hours to reduce queuing times while increasing the utilization rates of charging piles.

Stable Power Supply: To better accommodate power fluctuations and demand peaks, dynamic load balancing ensures each charging post receives a stable power source, which prevents unexpected performance or failure of charging piles due to grid fluctuations or inadequate power levels, helping ensure charging services in commercial parking lots remain consistent and uninterrupted.

Cost Optimization: With its dynamic load balancing system, commercial parking lots can more effectively use renewable energy sources like charging piles to maximize energy utilization, reduce energy waste, and lower operating costs. Through intelligent scheduling and rational power distribution planning, commercial parking lots can maximize renewable energy usage, reduce peaks and valleys in power consumption, as well as achieve cost-efficient, environmentally responsible energy management.

Dynamic load balancing for commercial parking lots provides numerous benefits that include increased charging efficiency, stable power supply, reduced costs, enhanced user experiences, as well as system scalability. These advantages support the sustainable development of electric vehicles in commercial sectors while offering users more convenient and dependable charging services.

Conclusion

By offering convenient charging services, the commercial parking lot EV charging solution not only draws more EV users but also boosts traffic flow and the competitiveness of its parking lot while creating value-added services and additional revenues for operators. Furthermore, this initiative improves the turnover rate as well as creates a smarter and more convenient parking experience for users while contributing towards sustainable development by offering eco-friendly charging facilities for EV users.