Introduction
Smart meters are critical for creating a more environmentally friendly and reliable energy network globally. However, this initiative places significant pressure on energy firms and their supply chains. By the end of 2025, approximately 50 million smart meters (gas and electric) will be installed across over 30 million premises in the United Kingdom alone. Smart meter installation agents will play a vital role in this process, responsible for installation, exchange, commissioning, upkeep, and decommissioning of smart metering systems. Even experienced engineers may need additional training for smart meter installations, making it essential for industries to address skill gaps and expand the number of competent smart meter installers.
Learning Objectives
Upon completing this Smart Metering Course by Xcelerate Training Institute, participants will gain information and training on:
- Customer and site appointment standards.
- Access management.
- Health and safety at work for meter operations.
- Hazards associated with meter installation and changes.
- Codes of practice, relevant guidelines, and basic electricity science.
- Site safety for installers and customers.
- Identifying and addressing cross polarity dangers.
- Earthing systems.
- Fault finding and rectification.
Training Methodology
This collaborative training program includes:
- Lectures
- Seminars & Presentations
- Group Discussions
- Assignments
- Case Studies & Functional Exercises Following the ‘Do-Review-Learn-Apply’ model.
Benefits for Your Organization
Organizations can benefit from:
- Staying ahead with a comprehensive overview of smart metering systems.
- Gaining confidence in handling smart metering systems.
- Acquiring practical knowledge for a competitive edge in the workplace.
- Engaging in conversation-based sessions for networking and real-world learning.
- Participating in collaborative sessions for practical application in individual roles.
Benefits for You
Participants will gain:
- Enhanced productivity through skill training.
- Ability to carry out risk assessments.
- Updated knowledge of the latest trends and technologies in power systems.
- Skills to carry out accurate meter readings.
- Access to a tailor-made academic program for the smart metering sector.
- Training, assessment, and certification by experts in the domain.
- Ability to identify, act on, and report asset condition issues.
- Competence in performing test activities and site procedures related to meter operations.
- Knowledge of appropriate PPE tools and methods for meter change procedures.
- Skills to fix and pair smart electric meters and commission smart meters.
- Enhanced skills for further qualifications in this field.
Target Audience
This course is ideal for:
- Beginners in the power industry working in the installation and maintenance of smart meters.
- Existing installers looking to upskill and perform smart meter installation and maintenance tasks in various industries.
Course Outline
Introduction to Smart Meters, Smart Grids, and Performance Requirements
- Basics of energy meters
- Benefits of digital meters
- Block diagram explanation
- Circuit description
- Importance of earth load
- Motivation beyond AMI / Smart Metering systems
- Evolution from AMR to Smart Metering Systems
- Worldwide scenario of AMI / Smart Metering
- Current trends
Advanced Metering Infrastructure (AMI) and Meter Data Management (MDM)
- Definition and evolution of AMI
- What is MDM?
- Drivers of MDM
- Energy NOCs
- Implementation and issues of AMI
Cyber Security
- Reference model for the smart grid
- Privacy issues
- Security issues
- Future research directions
Smart Meters Issues and Concerns
- Overview of smart meters
- Health effects and exposure levels
- Mitigation of smart meter RF fields
IT in Power Distribution and Smart Meters
- IT in system operations
- IT initiatives
- IT in metering systems
- MRI (Meter Reading Instrument), telemetering, remote metering
- IT in energy accounting and audit
Standardization Issues
- Smart meters and interoperability
- Testing methods
- Special purpose energy metering
- Metering management and SEM specifications
Effect of Influential Parameters on Smart Meter Function
- Power distribution system
- Power system harmonics and their impact
- Nonlinear loads producing harmonic currents
Conferencing and Training on Smart Metering Technology and Applications
- Negative effects of sustained harmonics
- Mitigation and evaluation of AC power system harmonics
Reliability Analysis of Smart Electronic Meters
- Quality and reliability objectives of smart meters
- Components and reliability test plan
- Deterministic and probabilistic reliability
Manufacturing of Smart Meter Components
- Process flow chart
- PCB development and design
- Surface Mounting Technology (SMT)
Smart Grid and Smart Meters Communications
- What is the smart grid?
- Smart grid applications and communication architecture
- FCC-regulated features
Smart Metering Scenarios with Interoperability
- Basic requirements for metering data communication
- Power theft: definition, monitoring, and mitigation
Getting Ready for Advanced Metering Infrastructure
- Definition and comparison of AMI and AMR
- AMI benefits, components, and technical architecture
Smart Metering and Its Benefits for Consumers
- Assessment of costs and benefits
- Policy aspects for regulators
- Recommendations for smart metering infrastructure
Case Study
- National-level smart grid development
- Challenges in current AMI initiatives
Smart Meters: An International Perspective
- Current situation and options to alleviate energy crises
- Prepayment road map and conclusions