Dynamic Electrical Design Engineer with a proven track record at Freyr Energy Services, delivering over 600 solar projects. Skilled in PVSyst and cost optimization, I excel in system analysis and collaboration, driving energy efficiency and project success. Passionate about renewable energy, I thrive in interdisciplinary environments, ensuring innovative solutions and client satisfaction.
As a junior engineer specializing in electrical design, I have been instrumental in delivering over 600 solar system projects, with a cumulative capacity of 2 MW. My role involves end-to-end electrical design and analysis, focusing on precision, performance optimization, and cost-effectiveness.
This role has strengthened my expertise in solar electrical design, simulation tools, technical documentation, and interdisciplinary coordination, preparing me for greater responsibilities in renewable energy systems design.
As a Campus Ambassador for Lyriclious, an online platform offering virtual training and internships, I served as a liaison between the organization and my college community, helping students connect with valuable learning opportunities and skill-building programs.
The system enables users to remotely check the battery's voltage level, recharge it and manage the load that is linked to it. Relays are used to control the load in the system, and a web application is used to provide real-time data on battery voltage and load status. The system is suited for both homes and businesses because it is made to be user-friendly and economical. It allows users to turn ON/OFF the load and initiate the charging process remotely.
The conventional methods practised for making attendance in most of the institutions are by calling names or signing on papers, which is highly time-consuming and tedious. By making use of python open cv library facial recognition is done for the faces we provide in the dataset folder after we train the data it will be able to identify the person and attendance is marked for them in Google excel sheet with date and time.