Job Title

Roles and Responsibilities:Perform BESS product sizing and solutionizing, including technical calculations to determine appropriate battery capacity, inverter sizing, and auxiliary components based on load profiles, grid requirements, and customer needs.Assess energy storage requirements for various applications.Conduct feasibility studies and provide recommendations on system configurations and energy management strategies.Optimize system design considering cost, performance, efficiency, and lifecycle aspects.Define and document technical specifications for BESS solutions in alignment with industry standards, safety regulations, and client requirements.Analyze customer energy usage patterns and propose customized BESS solutions to enhance reliability and efficiency.Develop technical proposals, solution architecture, and system integration strategies for diverse applications.Collaborate with R&D and product teams to improve existing solutions and develop new offerings based on market trends.Provide sales and pre-sales support, including participation in technical discussions, solution presentations, and customer meetings.Work with cross-functional teams to create value propositions and business cases for potential clients.Address technical queries from customers, partners, and internal teams related to BESS solutions.Troubleshoot system performance issues and recommend optimization strategies.Develop and deliver technical training programs for internal teams (sales, project, and service teams) and external stakeholders (customers, EPCs, and partners).Support tendering activities by assisting in preparation of technical documentation, compliance checklists, design submissions, and evaluation of tender specifications.Required QualificationMinimum 8 years experiences with Bachelor’s or Master’s degree in Electrical Engineering, Power Systems, Energy Systems, or related field.Strong understanding of BESS architecture and components (Battery, PCS, EMS, BMS, Transformers, Switchgear).Experience in load profile analysis and energy modeling.Knowledge of grid integration requirements and renewable energy systems.Familiarity with safety standards and regulatory compliance in energy storage systems.Understanding of lifecycle cost analysis and performance optimization.