Indra Renewable Technologies

Indra Renewable Technologies' Smart LUX™ Charger

Indra Renewable Technologies' Smart LUX™ charger is their latest and most advanced EV charger. It is designed to be modern, stylish, and compact, measuring just under 80mm deep. Available in multiple colors including Indra White, Symphony Black, Malvern Stone, and Elgar Grey, the Smart LUX™ charger features a unique lighting system that changes color based on the charging status. It includes a 6m or 10m charging cable, boasts an IP67 rating for water and dust protection, and an IK10 impact rating. Compatible with all brands of EVs, it can charge a 60kWh battery in under 9 hours and integrates with the cheapest and greenest tariffs, including specialist EV tariffs, off-peak, and Agile tariffs. The Smart LUX™ charger can help drivers save up to £830 annually compared to other home charger brands and nearly £1,400 annually compared to the cost of fueling a petrol vehicle.

Indra Renewable Technologies' V2H Technology

Indra Renewable Technologies is pioneering bidirectional charging technology, known as Vehicle-to-Home (V2H). This technology enables EVs to act as mobile batteries for homes or offices, allowing for two-way power flows between homes and EVs. The V2H chargers are Nissan Approved and CHAdeMO certified, designed, manufactured, and supported from their HQ in Malvern, Worcestershire. Indra Renewable Technologies is running the world's largest V2H trial, launched in Autumn 2022 and running until 2024. This technology can help save up to £200 a month on energy bills by utilizing stored energy from EV batteries to power homes. The V2H trial aims to demonstrate the potential of EVs beyond transportation, highlighting their role in energy management and savings.

Indra Renewable Technologies' App Features

Indra Renewable Technologies provides a feature-packed app that enhances the user experience of their EV chargers. The app allows users to manage their EV charging schedules, use a boost function for immediate charging, and add charge in units of miles, kWh, or money. This functionality is designed to provide flexibility and convenience for EV owners, ensuring they can optimize their charging based on their needs and preferences. The app integrates seamlessly with Indra's Smart LUX™ and Smart PRO chargers, making it easier for users to take advantage of off-peak charging times and lower-carbon energy options. By offering such a comprehensive app, Indra Renewable Technologies ensures that users can maximize the efficiency and cost-effectiveness of their EV charging.

Indra Renewable Technologies' Solar Integration

Indra Renewable Technologies' chargers are designed to harness surplus energy from solar panels to charge EVs. This integration allows users to make the most of renewable energy sources, reducing reliance on the grid and lowering overall energy costs. By utilizing solar energy, Indra's chargers help promote sustainable energy practices and reduce the carbon footprint associated with EV charging. This capability is particularly relevant for environmentally conscious consumers looking to maximize their use of green energy. The ability to charge EVs using solar power complements Indra's commitment to innovation and sustainability in the renewable energy sector.

Indra Renewable Technologies' Kerbside Charging Trial

Indra Renewable Technologies has partnered with Surrey County Council on a kerbside electric vehicle charging trial, featuring their Smart PRO charger. The trial aims to provide convenient and accessible EV charging solutions for residents without off-street parking. The Smart PRO charger, compatible with all types of energy tariffs, including innovative 'type of use' tariffs, is paired with pavement gullies provided by Kerbo Charge and ODS. This setup enables drivers to charge their vehicles when it's cheapest and most beneficial for the environment. The kerbside charging trial reflects Indra's commitment to expanding EV infrastructure and making sustainable transportation options more accessible to a broader population.