Battery Energy Storage Systems – Owner’s engineer
Live Online Course
8.5 Hours
The target audience for the Battery Energy Storage Systems – Owner’s Engineer course includes:
Project Engineers: Professionals responsible for overseeing the technical aspects of BESS projects from the owner's side.
Project Managers: Individuals managing BESS projects who need to understand the engineering and technical requirements.
Energy Consultants: Advisors who provide technical guidance on BESS project development and implementation.
Utility Engineers: Engineers working with utilities involved in the deployment and integration of BESS into the grid.
Renewable Energy Developers: Professionals developing renewable energy projects that incorporate BESS solutions.
Technical Advisors: Experts providing third-party advice on the technical feasibility and performance of BESS projects.
Investors and Financiers: Stakeholders who need to understand the technical considerations to assess project viability and risks.
This course is ideal for those involved in the technical management, oversight, and execution of BESS projects, particularly from an owner's perspective.
This course is designed for professionals seeking to enhance their expertise in overseeing Battery Energy Storage System (BESS) projects from an owner's perspective. Participants will gain in-depth knowledge of BESS technologies, project planning, design considerations, and the critical role of an owner's engineer. The course covers risk assessment, quality control, and the integration of BESS into energy grids, ensuring that attendees can confidently manage BESS projects and optimize their performance. Ideal for engineers, project managers, and energy professionals, this course offers practical insights and industry best practices to ensure successful project execution.
Introduction
· Topology and terminology
· Performance characteristics
Applications basics
· Application categories
· Application case studies
2.Project modules
Project stakeholders
· Value chain
· Project stakeholders
· Contracts
Cost of storage
· CapEx and OpEX
· Levelized figures
Application deep dive
· Power-based applications
· Energy-based applications
3.Technical modules
System sizing
· Power and energy capacity
Battery system
· Cell chemistry and geometry
· Battery system: other components
· Manufacturer overview
Battery system manufacturing: cells
· Cell manufacturing steps
Battery system manufacturing: other equipment
· Manufacturing steps of other battery system equipment
· End of line and factory acceptance test (FAT)
SCADA
· SCADA levels and purposes
· SCADA Optimization possibilities
· Manufacturer overview
Power Conversion System
· PCS types
· PCS characteristics
· Manufacturer overview
System design
· Equipment selection
· Safety
· Reliability and performance
· Standardization
DC protection calculations
· Electrical theory
· Standardization
· Practical examples and common issues