BESS Analyst (Design & Estimations)/ BESS Manager – Design, Engineering & C at ib vogt GmbH

Gurugram, haryana, India -

Full Time

Start Date

Immediate

Expiry Date

17 Jun, 26

Salary

0.0

Posted On

19 Mar, 26

Experience

5 year(s) or above

Remote Job

Yes

Telecommute

Yes

Sponsor Visa

Skills

BESS Design, Cost Estimation, Techno-commercial Evaluation, Battery Sizing, LCOS Modelling, System Design, CAPEX, OPEX, TCO Analysis, Vendor Evaluation, HOMER, PVSyst, MATLAB, IEGC Compliance, Energy Arbitrage, Hybrid Renewable Projects

Industry

Renewable Energy Semiconductor Manufacturing

Description

Company Description Established in 2002, ib vogt GmbH is specialized in the Development, Design and Engineering, Financing, EPC and Operation of solar power and provides turnkey solar power plant solutions to investors internationally. As a manufacturer-independent integrated developer, the company focuses on tailor-made solar power plant solutions that maximize lifecycle performance and returns. Since 2009, ib vogt has commissioned plants with a capacity of almost 2 Gigawatt. We employ over 840 specialists, in all areas of the solar power plant value chain in over 40 countries. The company operates internationally from offices in Spain Germany, Italy, Netherlands, France, Poland, USA, Australia, United Kingdom, Panama, India and Southeast Asia. Job Description Job Description: We are seeking a highly motivated and technically proficient Battery Energy Storage System (BESS) Manager with 5–10 years of hands-on experience in the design, engineering, techno-commercial evaluation, and cost estimation of BESS solutions in India. The ideal candidate will bring a deep understanding of various BESS technologies, their application in hybrid renewable projects (Solar, Wind, or both), and strong cost modelling capabilities for systems ranging from 1 MWh to 100 MWh. This role is critical to evaluating BESS deployment for utility-scale projects, optimizing technical configurations, and supporting investment-grade proposals. Key Roles & Responsibilities: Lead technical and financial feasibility assessments for BESS deployments integrated with solar, wind, or hybrid renewable energy projects. Drive battery sizing optimization based on project needs—such as peak shifting, load smoothing, frequency regulation, or energy arbitrage. Prepare and validate cost estimates including CAPEX, OPEX, EPC costs, commissioning, and lifecycle expenses. Develop Levelized Cost of Storage (LCOS) models for multiple BESS architectures (e.g., centralized vs distributed). Conduct system design using modelling tools, ensuring compliance with performance requirements and cost effectiveness. Collaborate with internal teams (engineering, BD, EPC, O&M) and external stakeholders (vendors, consultants) to align technical design and commercial goals. Evaluate and benchmark vendor offers for battery packs, PCS, EMS, and BoP equipment; provide Total Cost of Ownership (TCO) analysis. Stay updated with policy, regulatory, and market developments impacting energy storage deployment in India (e.g., IEGC, CEA guidelines, SECI tenders). Support business development and proposal teams with techno-commercial inputs, tender documentation, and client presentations. Contribute to internal knowledge development, standardization of BESS cost libraries, and design templates. Qualifications Qualifications & Requirements Bachelor’s or Master’s degree in Electrical, Electronics, Mechanical, or Energy Systems Engineering. Proficient in BESS technologies (Li-ion, Flow, LFP, NMC, etc.) and battery sizing logic for multiple use cases. Demonstrated experience in cost modelling using MS Excel, Python, or similar analytical tools. Working knowledge of simulation and system design software like HOMER, PVSyst, SAM, MATLAB, or similar. Familiarity with safety codes, international standards (e.g., UL 9540, NFPA 855, IEEE standards). Strong documentation, presentation, and communication skills. Understanding of Indian electricity market dynamics, ancillary services, peak tariffs, and storage tenders. Experience: 5–10 years of relevant experience in BESS design, costing, and system integration—preferably in Indian or South Asian market context. Preferred Attributes: Exposure to utility-scale BESS projects with >10 MWh capacity. Experience in pre-bid engineering for SECI, NTPC, or DISCOM storage tenders. Certification or training in energy storage or grid integration is a plus. Additional Information We offer you: A truly international working environment with colleagues from all over the world An open-minded, friendly and highly motivated team. Great opportunities for professional and personal development Interesting and challenging tasks Competitive remuneration (based on experience) At ib vogt, we are committed to fostering a diverse, inclusive, and respectful workplace where everyone can thrive. We believe that embracing diverse perspectives drives innovation and helps us better serve the global communities we operate in. As an equal opportunity employer, we provide employment opportunities without regard to age, ethnicity, religion or belief, gender identity, sex, sexual orientation, disability, pregnancy or maternity, marriage and civil partnership, or any other protected status. We strive to create an accessible recruitment process for all candidates and are happy to discuss reasonable accommodations to support your application. As a global company, we acknowledge that accessibility provisions may vary by location depending on local infrastructure and legal requirements. If you have a disability or require any adjustments during the recruitment process, please let us know - we will do our best to support you.

Responsibilities

The role involves leading technical and financial feasibility assessments for Battery Energy Storage System (BESS) deployments integrated with renewable energy projects, driving battery sizing optimization based on project needs like peak shifting and energy arbitrage. Key duties include preparing and validating detailed cost estimates (CAPEX, OPEX, LCOS models) and ensuring system designs comply with performance requirements and cost effectiveness.