Revolutionise the way you charge your vehicle with smart electric vehicle charging. Optimise your EV charging with intelligent technology that adapts to your lifestyle! Say goodbye to unnecessary energy costs and hello to smarter, more efficient charging – anytime, anywhere.
Smart EV Charging refers to an advanced system for charging electric vehicles (EVs) that optimises the charging process by using technology to enhance efficiency, flexibility, and integration with the power grid. Unlike traditional chargers that simply supply power to the vehicle, smart EV chargers communicate with the EV, the grid, and sometimes even other devices to manage the charging process more intelligently.
Smart EV charging works by connecting the charger to the internet and utilising real-time data to optimise the charging process. The charger communicates with the electric vehicle, power grid, and renewable energy sources to dynamically adjust charging speeds based on energy availability and demand. Users can schedule charging sessions during off-peak hours to save on costs and monitor their EV’s charging status remotely through a mobile app. Some smart chargers also feature Vehicle-to-Grid (V2G) technology, allowing the EV to send power back to the grid during high-demand periods, which supports grid stability and can offer financial incentives. Additionally, smart chargers provide detailed analytics on energy consumption and charging patterns, enabling users to make informed decisions and further optimise their energy use. This advanced system ensures a more efficient, cost-effective, and user friendly charging experience.
Smart charging stations can automatically adjust the charging speed based on the real-time availability of power. This ensures that the local grid is not overloaded, especially during peak demand periods, and that charging is optimised for both the user and the power grid.
With smart charging, users can schedule charging sessions during off-peak hours when electricity rates are lower. This is not only reduces charging costs but also helps balance the demand on the energy grid.
Through mobile apps (such as Exploren) or web interfaces, users can monitor their charging session, start or stop charging remotely, and receive notifications when their EV is fully charged. This level of control enhances the user experience and ensures that their EV is always ready to go.
Smart EV chargers can be integrated with home solar systems, allowing users to charge their vehicles using renewable energy. This reduces the carbon footprint of EV charging and increases the use of clean energy.
Some smart charging stations offer Vehicle-to-Grid (V2G) technology, which allows EVs to send stored energy back to the grid during high-demand periods. This not only supports grid stability but also provides an additional revenue stream for EV owners.
Smart EV chargers provide detailed insights into energy consumption through analytics. Users can track how much energy their vehicle uses, the cost of charging over time, and patterns in charging behaviour.
OCPP is a standardised communication protocol used in EV chargers that enables interoperability between EV charging stations and central management systems (CMS). Developed by the Open Charge Alliance (OCA), OCPP allows different brands and types of charging stations to communicate with various backend systems, ensuring that they can work together seamlessly, regardless of the manufacturer.
OCPP allows EV chargers from different manufacturers to connect and communicate with a variety of central management systems. This means that operators can manage a diverse network of charging stations using a single platform.
As OCPP is an open and standardised protocol, it provides the flexibility to switch between different hardware and software provides without being locked into a single vendor. This reduces costs and increases the potential for innovation in the EV charging ecosystem.
OCPP supports the growth of charging networks by enabling easy integration of new charging stations and technologies into existing networks. As the protocol is widely adopted, it helps ensure that new chargers can be added to the network without compatibility issues.
OCPP facilitates remote monitoring, management, and maintenance of charging stations. Operators can remotely start and stop charging sessions, update firmware, monitor station status, and receive alerts for any issues, all through a centralised management system.
The protocol includes security features that ensure safe and reliable communication between chargers and management systems, protecting against unauthorised access and ensuring data integrity.
OCPP continues to evolve with new versions that support emerging technologies and use cases, such as Vehicle-to-Grid (V2G) communication, smart charging, and advanced energy management features.
Effectively manage your charging stations with intelligent charging management software allowing you to track, monitor and control your charging sessions via a single dashboard.
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