Asst. Manager

Working at Insolation Energy At Insolation Energy, we believe that the biggest strength of our organization is our people. They are the drivers of our growth and reason for our success. Our growth story is and will be based on talented people coming together from different strata of society and cultures to work towards the achievement of organizational goals. We are looking for energetic and committed individuals filled with passion to achieve and join us in the Renewable Energy revolution. If you possess these qualities, come and be a part of this revolution! Our Work Culture encourages individuals to bring their best and create their own future. We value Learning and Development, nurturing our employees" strengths and improving on their weaknesses through regular training programs. Recognition and appreciation are key aspects at Insolation Energy, where we acknowledge individuals and teams who constantly strive to outperform and take risks. Talent Management is crucial to us, as we ensure that our employees receive ample growth opportunities and we identify future leaders within our organization. Managing Work-Life balance is essential, and we provide our employees with a friendly work environment where they can balance their professional and personal lives effectively. At Insolation Energy, we believe in Equal Opportunities and our human resource policies promote diversity and equality in the workplace, ensuring that every employee has the opportunity to progress. Values and Principles are the foundation of our organization, constantly guiding us to be who we are and where we want to be. Position: Asst. Manager Department: Accounts & Finance Date: 1st Feb 2024 Location: Jaipur Experience: 6-8 Years A solar module, technically known as a solar PV module, connects many solar cells to utilize solar heat for manufacturing solar energy. The major types of solar modules include Monocrystalline, Polycrystalline, and PERC modules. Monocrystalline Module: These modules consist of a single crystal of silicon, offering a larger coverage area to produce more energy and greater heat resistance. Polycrystalline Module: Comprising multiple silicon crystals in one PV cell, these modules are cost-effective compared to monocrystalline modules and provide enhanced conversion efficiency in various conditions. PERC Modules: Passivated Emitter and Rear Cell Modules are the latest in technology, offering a layer of passivation at the back surface of the cell.,