Battery Energy Storage Systems (BESS) Fundamentals for Engineers and Managers Training by Tonex
This 2-day course provides a comprehensive understanding of Battery Energy Storage Systems (BESS), covering business viability, financial models, regulatory and permitting requirements, site-specific considerations, safety, and decommissioning.
Participants will explore how BESS functions, who the key stakeholders are, and how BESS projects are planned, designed, and operated. The course balances high-level business concerns—such as revenue streams, economic impact, and investment viability—with technical and regulatory aspects like permitting, CAPEX/OPEX, design, safety standards, and decommissioning.
This course is ideal for professionals looking to gain a well-rounded understanding of BESS from a business, regulatory, and technical perspective.
This course balances high-level business concerns with technical, safety, and regulatory considerations, making it ideal for stakeholders across the energy storage value chain.
Learning Objectives:
By the end of this course, participants will be able to:
- Understand the fundamentals of BESS, including how it operates and the various use cases.
- Analyze the viability of BESS as a standalone or co-located energy storage solution.
- Evaluate financial models and revenue streams for BESS, both from a community and owner/operator perspective.
- Identify key market players and stakeholders involved in BESS development and deployment.
- Navigate land acquisition and permitting challenges, understanding state-by-state differences.
- Assess the differences between BESS and solar projects in terms of design, footprint, and permitting.
- Break down CAPEX and OPEX considerations for planning and investing in BESS.
- Identify critical site-specific needs such as grid interconnection, resource dependencies, and infrastructure requirements.
- Implement safety measures and compliance requirements, including fire safety, stormwater management, and regulatory compliance.
10. Understand the decommissioning process and lifecycle considerations, including disposal and environmental impact.
Target Audience:
This course is designed for professionals involved in energy storage, renewable energy, and infrastructure development, including:
- Project Developers & Investors – Understanding the financial viability and business opportunities in BESS.
- Energy & Utility Professionals – Learning about grid integration, ancillary services, and market benefits.
- Policy Makers & Regulators – Exploring permitting, land use, and safety compliance requirements.
- Engineers & Technical Professionals – Gaining insights into BESS design, CAPEX/OPEX, and site-specific requirements.
- Real Estate & Land Acquisition Teams – Learning about land lease negotiations, regulatory challenges, and permitting.
- Emergency & Safety Professionals – Understanding fire safety measures, risk mitigation, and emergency response plans.
Course Outline:
Day 1: Overview of BESS – Business, Financial, and Regulatory Considerations
Module 1: Introduction to BESS
- What is Battery Energy Storage?
- How does BESS actually work?
- Role of BESS in the energy transition
- Types of BESS (Lithium-ion, Flow Batteries, etc.)
- Comparison with other energy storage technologies
Module 2: Market Viability & Business Considerations
- Viability of BESS
- Standalone storage vs. co-located storage
- Key applications: Ancillary services, arbitrage, transmission deferral, peak shaving, load shifting, etc.
- Economic value of BESS for communities
- Tax revenue generation
- Impact on electricity pricing
Module 3: Financial Models & Revenue Streams
- Financial models for community benefits
- Financial models for BESS owner/operators
- Who are the likely buyers of BESS?
- Revenue streams:
- Capacity payments
- Energy arbitrage
- Ancillary services markets
- Renewable firming
- Demand charge management
Module 4: Land Acquisition & Permitting Considerations
- Land negotiation essentials (Option to Purchase, leases, easements)
- Key land constraints for BESS projects
- Understanding permitting differences by state:
- Ohio (OPSB – Ohio Power Siting Board)
- Indiana (Homeland Security requirements)
- Differences in permitting BESS vs. solar projects
Day 2: Planning, Design, Safety, and Decommissioning
Module 5: BESS Design & Engineering Considerations
- Key differences in design from solar projects
- CAPEX & OPEX considerations
- Site footprint & space requirements
- Grid interconnection requirements
Module 6: Environmental & Site-Specific Considerations
- Dependence on nearby resources (water supply, natural gas, etc.)
- Stormwater management and mitigation
- Climate and geotechnical factors affecting BESS siting
Module 7: Safety & Regulatory Compliance
- Safety mitigation measures in BESS design
- Recommended setback distances
- Fire safety measures and emergency response planning
- Compliance with NFPA 855 (Standard for Energy Storage Systems)
- State and local regulatory frameworks for BESS
Module 8: BESS Decommissioning & Lifecycle Management
- What happens at the end of a BESS project’s life?
- Environmental and recycling considerations for battery disposal
- Cost implications of decommissioning
- Case studies of successful BESS decommissioning
Enhance Your Expertise in Battery Energy Storage Systems!
Join Battery Energy Storage Systems (BESS) Fundamentals for Engineers and Managers Training by Tonex to gain in-depth knowledge of BESS technologies, applications, and best practices. This comprehensive course equips engineers and managers with the critical skills to design, implement, and manage efficient energy storage solutions.
Advance your career and stay ahead in the evolving energy sector. Register today!