What is Autocharge? Unlike traditional EV charging, Autocharge technology allows a driver to simply connect a charging cable to an EV to start charging — without any additional steps. Autocharge works with most (but not all) EVs that accept a Combined Charging System (CCS) connector and support CCS two-way vehicle-to-charger communications. Here’s how it works: The EV driver goes through a one-time setup with their charging network, filing details about payment and EV identity—Media Access Control (MAC) or Vehicle Identification Number (VIN). After the initial set-up, the driver only needs to ..read more

Growing demand for renewable energy, an aging electrical grid, costly grid infrastructure improvements, and increasing extreme weather events will require increased energy flexibility to help the grid balance intermittent supply with responsive demand. Energy storage systems – like battery storage – are ideal candidates for providing this flexibility. In addition, these systems offer a wide range of benefits to energy users. At its core, energy storage unlocks energy flexibility, allowing it to play a critical role in balancing electricity supply and demand, making the electrical grid more re ..read more

Charge Point Operators (CPOs) are businesses that serve the backend of the customer EV-charging experience. They specialize in the resale of electricity to EV drivers through public fast-charging stations which they operate. Currently, CPOs are the main players in the public charging market. We may simplify this even further using a restaurant for our analogy. In a simplified example, CPOs are akin to chefs: it is their selection, preparation, and presentation of ingredients that determines the quality of the customer’s meal – or in our case, the stations the driver uses to charge their car. T ..read more

Electric vehicles have fundamentally altered our perspective on mobility. With the increasing adoption of EVs, the dilemma of optimal charging methodologies takes center stage. Among the myriad of possibilities, the implementation of a DC fast charger within the domestic sphere presents itself as an alluring proposition, offering unmatched expediency. However, the viability of such a solution merits close examination. Today we’ll provide you with comprehensive insights to inform your informed choices. What is dc fast charging? DC fast charging, also known as Level 3 charging, is a top kind of ..read more

White-label EV charging involves using an established EV charging infrastructure branded as your own. This practice allows companies to avoid the initial investment in development and utilize ready-made solutions, tailored to their brand identity and needs. Benefits of White-label EV Charging Faster Deployment: Charging networks can be quickly deployed using white label solutions. Reduced Costs: Significant savings on development and personnel costs as infrastructure and management are outsourced. Brand Enhancement: Customizing the user interface and charging stations to align with your bran ..read more

Most electric vehicle chargers are located outdoors, where various elements can damage sensitive electrical components. Thus, choosing a high-standard and high-quality enclosure is crucial. The NEMA 3R rating is one of the most commonly used NEMA ratings for outdoor enclosures due to its excellent balance of cost and performance. But what exactly is NEMA 3R? Today, we will help you thoroughly understand the meaning of NEMA 3R and how to determine which type of enclosure you need. What are NEMA Ratings? The electrical engineering and manufacturing industries have numerous standards options for ..read more

Given the heavy reliance of electric vehicle (EV) charging stations on electricity, ensuring the reliability and affordability of power is paramount. However, the current situation is not always ideal. With extreme weather events becoming the new normal, large-scale and prolonged power outages are becoming increasingly common. Moreover, due to rising demand, new emission regulation policies, and overdue infrastructure upgrades, the cost of electricity in many parts of North America continues to climb. Establishing an energy resilience strategy has become crucial, not only to ensure your chargi ..read more

In the current rapid development of global electric vehicle charging infrastructure, effective and safe communication between Charging Station Management Systems (CSMS) and Electric Vehicle Supply Equipment (EVSE) is particularly important. To meet this demand, the Open Charge Alliance (OCA) developed an open-source protocol, the Open Charge Point Protocol (OCPP), becoming the key bridge connecting EVSE and cloud-based CSMS. OCPP allows electric vehicle charger operators to remotely manage chargers via online backend software, performing operations such as initiating firmware upgrades, setting ..read more

In today’s energy sector, Behind the Meter (BTM) technologies and applications are becoming increasingly important. But what is BTM? In simple terms, BTM refers to all power generation and storage systems that are located behind the user’s utility meter. These systems enable energy users to manage their energy use more effectively, improve energy efficiency, and reduce dependence on the traditional grid. What are the application scenarios for behind-the-meter By end use, behind-the-meter (BTM) battery energy storage can be briefly classified as residential, commercial and industrial (C&I ..read more

With the growing adoption of electric vehicles, consumers have higher expectations for the convenience and accessibility of charging facilities. At the same time, payment methods have become more diversified with the advancement of technology. Supporting multiple payment methods has therefore become one of the key factors in improving the EV charging station experience. Today we’ll explore why EV chargers need to support a variety of payment methods. Enhancing User Experience Multiple payment options can significantly enhance user experience. Consumers expect a seamless and convenient payment ..read more