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Description
Clean electro charging:
The project is focused on the development of solving and efficient use of clean/renewable energy for electric car charging and ensuring that the entire life cycle of the electric vehicle is the most ecological. The aim of the project is, therefore, to create a system/solution to get green energy from the renewable source (sun) thanks to photovoltaics that will work on the inverter - energy from the sun straight into a car and then saving energy from the sun to the battery (repository) and its subsequent transfer into an electric vehicle.
Summary of project results
The project aimed to address several challenges. Initially, the Project Promoter requested an earlier start date, moving it from May 1st, 2022, to March 1st, 2022, which required approval and modification of the grant offer. Additionally, the project faced administrative delays due to problems with proving the fulfillment of the deferral condition and the need to sign the Addendum to the Project Agreement. Another challenge was adjusting the technical parameters of the MAXI charging stations, which proved to be unrealistic during the R&D activities. Lastly, ensuring compliance with legislation, specifically obtaining the Certificate of Conformity for the charging stations, was a significant challenge.
The project involved several key activities and outputs. It focused on the development of photovoltaic solutions, including the modification of server communication with photovoltaic panels, modification of the payment system, and additional support for smart charging. The project also involved the development of software solutions, such as adding functionalities to the system, ensuring communication with the server, and adjusting the graphics and charging process. Throughout the project implementation, adjustments were made to the calculation of CO2 emission reductions, and the Opening Conference was planned and executed, despite being postponed due to the pandemic. By the deadline of April 30, 2024, all development activities were completed, and 4 test stations were commissioned.
The project achieved significant outcomes and impacts. It aimed to save approximately 3,701 tons of CO2 emissions annually through the deployment of MINI, MIDI, and MAXI charging stations. The project also resulted in the sale and operation of innovative charging stations for electric vehicles with renewable energy sources and battery storage. Regulatory compliance was successfully achieved by obtaining the necessary Certificates of Conformity, allowing the sale of the innovative technology. All development activities were completed, and the solutions were tested and commissioned. The primary beneficiaries of the project include the environment, through reduced CO2 emissions, electric vehicle users, through improved charging infrastructure, and the project partners, through successful project implementation and compliance.