As a professional micro inverter manufacturer, OPENAX offers a full range of products from single-in to quad-in configurations. This means that a single microinverter has the capability to connect one, two, four or more panels simultaneously. Covering a broad output power spectrum ranging from 500VA to 2800VA, OPENAX microinverters are compatible with PV modules featuring… Continue reading What are the advantages of OPENAX compared with other microinverter manufacturers?
OPENAX microinverters boast a comprehensive lineup, ranging from 500VA to 2800VA, and they seamlessly integrate with the entire range of mainstream 60~75 cells and 120~150 half cells PV modules, covering a power spectrum from 300W to 750W. Remarkably flexible, our microinverters can be connected to one, two, and four modules simultaneously. Additionally, we provide parallel… Continue reading Are OPENAX microinverters compatible with high-power PV modules?
Selecting suitable locations for electric vehicle (EV) charging stations involves a thoughtful evaluation of several factors. It’s essential to target areas with high population density and significant traffic flow, such as busy intersections or commuting routes. Additionally, proximity to key destinations like shopping centers and offices can enhance the accessibility and convenience for EV users.… Continue reading How to choose suitable electric vehicle charging station locations to set up EV chargers?
Smart charging technology enables seamless communication between charging points, EV users, and charging operators. The charging station sends data to a centralized cloud-based management platform via Wi-Fi or Bluetooth when an EV is plugged in. This data includes charging time, speed, and information about the local grid’s capacity and energy usage at the charging site.… Continue reading How does smart charging work in practice of charging stations for EV?
Dynamic load balancing is a technique that distributes the electrical load across multiple charging stations based on real-time demand. This helps prevent the electrical grid’s overload and ensures that each charging station receives appropriate power. Dynamic load balancing technology can help distribute the available power among multiple EV chargers in real-time, optimizing available power and… Continue reading What is dynamic load balancing and why places to charge electric cars need it?
Yes, OPENAX has a wide range of DC chargers that conform to high-industry standards. Our exclusive Exceed DC Series Chargers are designed as a one-stop shop solution for fleets.
This depends on several factors, including the type of charger you are using, the rate of charge that your vehicle can accept, and the current state of your vehicle’s battery.
This depends on several factors. Level 2 AC chargers can typically be shipped immediately after receiving an order. The installation process, however, depends on the situation at the site. Installing EV chargers includes a planning stage and a verification stage to make sure that the site has ample electricity available for the planned deployment. For… Continue reading How long does it take to install the charging stations for electric vehicles?
AC charging, sometimes referred to as level 2 charging, is typically found in residential establishments, hotels, and other places where cars will be parked for at least a few hours. DC charging, also referred to as level 3 charging, provides a much faster way to charge up EVs. The chargers are usually distinguished by the… Continue reading In terms of electric cars charging stations, what is the difference between AC charging and DC charging?
