Certified BESS Engineer (CBESSE) Certification Course by Tonex
n provides a deep understanding of Battery Energy Storage Systems (BESS) design, implementation, and integration with power grids and renewable energy systems.
The Certified BESS Engineer (CBESSE™) certification program provides end-to-end training on the engineering, integration, operation, and cybersecurity of Battery Energy Storage Systems (BESS): Design safe, high-performance battery energy storage systems, covering chemistries, thermal management, EMS integration, and protection coordination. Apply standards, hazard analysis, and lifecycle modeling to deliver bankable designs. On cybersecurity, you’ll harden gateways, APIs, and firmware workflows around EMS/BMS, implementing whitelisting and secure updates. This safeguards storage fleets against malicious command or data tampering.
Participants learn how to design, deploy, and secure BESS infrastructures across utility, industrial, and microgrid environments, addressing both electrical system design and digital asset protection.
This course blends system engineering, control systems cybersecurity, regulatory compliance, and safety engineering, empowering engineers to lead EPC and O&M phases with confidence in a secure, compliant framework.
Learning Objectives:
- Learn the fundamentals of BESS technologies and applications.
- Understand grid integration and energy management strategies for BESS.
- Develop expertise in designing, installing, and managing large-scale BESS.
- Understand the full architecture and lifecycle of Battery Energy Storage Systems (BESS).
- Design and analyze BESS integration with renewable, grid, and hybrid systems.
- Apply cybersecurity and IT standards (IEC 62443, NIST CSF, ISO 27001) for BESS control systems.
- Assess, mitigate, and monitor cyber threats in Energy Management Systems (EMS), Battery Management Systems (BMS), and SCADA interfaces.
- Manage safety, reliability, security, cyber attack mitigations and control and fire prevention aligned with UL 9540, UL 9540A, and NFPA 855.
- Integrate AI/ML for predictive analytics, optimization, and fault detection.
- Execute EPC, FAT/SAT, and commissioning processes securely and efficiently.
Target Audience:
- Electrical Engineers
- Power Systems Engineers
- Renewable Energy Engineers
- Electrical, Mechanical, and Power Engineers
- Cybersecurity and IT Engineers in Energy Sector
- SCADA/EMS Network Specialists
- EPC Project Managers and Integrators
- Utility Operators and Regulatory Inspectors
- Compliance and QA/QC Professionals
Program Agenda:
Part 1 – Engineering, Architecture & Controls
Module 1: BESS Fundamentals and System Architecture
- Battery cell technologies and chemistries (Li-ion, flow, hybrid)
- BESS architecture: BMS, EMS, PCS, and HVAC
- Topologies: AC vs. DC coupling
- Modular and containerized BESS designs
Module 2: Power Conversion and Control Systems
- Power Conversion Systems (PCS): grid synchronization, anti-islanding, and control modes
- Communication protocols: Modbus, DNP3, IEC 61850, OPC-UA
- Integration of hybrid resources (solar, wind, and BESS)
- SCADA integration and real-time control data
Module 3: Energy Management and Optimization
- EMS architecture and control strategies
- AI and ML for load prediction, charge/discharge optimization
- Remote monitoring and data analytics using IoT sensors
- Cloud-based BESS management and cybersecurity implications
Part 2 – Safety, Reliability, and Cybersecurity
Module 4: BESS Safety and Fire Protection
- Fire detection and suppression design
- Thermal runaway mitigation and containment
- UL 9540A test interpretation
- NFPA 855 installation requirements and spacing guidelines
- Safe shutdown procedures and operator response protocols
Module 5: Reliability and Lifecycle Engineering
- FMEA and FTA for BESS reliability
- Degradation modeling and State of Health (SoH) monitoring
- Condition-based maintenance and digital twins
- Performance KPIs and warranty analysis
Module 6: BESS IT and Cybersecurity
- Cyber Threats in BESS Infrastructure: Attack surfaces in BMS, EMS, and PCS
- Standards & Frameworks:
- IEC 62443: Industrial Automation and Control Security
- NERC CIP: Utility cybersecurity compliance
- ISO/IEC 27001: Information Security Management
- NIST CSF: Risk management and resilience
- Secure Network Architecture: Segmentation, DMZs, and VPNs
- Identity & Access Management: Role-based control for SCADA and EMS users
- Incident Response & Monitoring: SOC integration, IDS/IPS, and anomaly detection
- Cyber-Physical Threat Scenarios: Simulation of ransomware, control spoofing, and remote command attacks
- Case Studies: Cyber incidents in energy storage and grid systems
Part 3 – Regulations, Testing & EPC Implementation
Module 7: Regulatory Frameworks and Compliance
- IEEE 1547 and interconnection testing
- IEC 62933 and 62109 (Safety & Performance)
- NERC and FERC energy storage guidelines
- Local permitting and environmental codes
- UL and CE certification pathways for OEMs
Module 8: EPC Lifecycle and Testing
- Engineering design and procurement workflows
- Vendor qualification and component acceptance
- FAT (Factory Acceptance Test) and SAT (Site Acceptance Test)
- SCADA cybersecurity verification
- Performance testing (efficiency, charge/discharge rate, response time)
Module 9: Certification Exam and Capstone
- Review and group discussion
- Capstone Project: Design and secure a 20 MWh grid-connected BESS
- Exam: Multiple-choice (50 questions) + Practical scenario assessment
Exam Objectives:
- Demonstrate expertise in BESS design and grid integration.
- Understand the key components and installation requirements for BESS.
- Troubleshoot and optimize BESS performance.
Exam Topics:
- BESS Engineering & Design
- Power Conversion & EMS Integration
- Safety, Fire & Reliability
- IT & Cybersecurity for BESS
Regulatory & EPC Implementation
Passing Criteria: 70%