Course Description
Smart Grid for Non-Engineers Training Course introduces the fundamental concepts of modern electricity networks and their growing connection with renewable energy systems. A smart grid is an advanced, automated power system that improves electricity monitoring, distribution efficiency, and overall grid reliability through digital technologies.
This Smart Grid for Non-Engineers Training Course is designed to simplify key smart grid concepts for non-technical professionals, helping them understand how electricity is generated, transmitted, and optimized in today’s evolving energy landscape. It highlights the shift from conventional grids to intelligent systems that support sustainability, energy efficiency, and consumer participation.
Participants will also explore how renewable energy sources such as solar and wind power integrate into smart grid systems. The course demonstrates how smart meters, energy storage, and demand response technologies enable consumers to actively manage energy usage and even contribute surplus power back to the grid.
What you will achieve
Smart Grid for Non-Engineers Course objectives focus on building clear, practical understanding of smart grid systems, renewable energy, and modern electricity infrastructure. The training course is designed to simplify technical concepts for non-engineering professionals.
By the end of this training course, participants will be able to:
- Understand the role, structure, and benefits of smart grid systems
- Identify different types of renewable energy sources such as wind and solar
- Explain the basics of solar panels and wind turbine operations
- Describe key components of smart homes and smart meters
- Understand how energy storage and electric vehicles integrate into smart grids
How the course is delivered
Smart Grid for Non-Engineers Course uses an interactive and easy-to-follow learning approach to ensure participants clearly understand smart grid concepts and renewable energy systems. The training course is designed to make technical topics accessible and engaging.
Participants will engage in presentation-based learning supported by visual materials, videos, and real-world examples of smart grid applications. Discussions throughout the course encourage questions and clarification of key concepts.
Case examples help illustrate how smart grids operate in real-life scenarios, including renewable energy integration, smart homes, and energy storage systems. Daily review and Q&A sessions reinforce understanding and ensure participants leave with practical awareness of modern energy systems and their benefits.
Designed for
Smart Grid for Non-Engineers Training Course is designed for non-technical professionals who need a clear understanding of modern energy systems and smart grid technologies. It focuses on simplifying complex energy concepts for practical awareness and decision-making.
This training course will benefit:
- Non-engineers working in energy-related environments
- Administrative personnel in utilities and infrastructure organizations
- Safety officers involved in electrical and energy systems
- Maintenance technicians supporting electrical installations
- General professionals seeking knowledge of smart energy systems
Daily programme
- Differences between alternating current and direct current
- Common electrical units’ power, voltage, current, power factor and frequency
- Types of generation of electrical power system
- Transmission and distribution of electric power
- Domestic electrical system
- Industrial electrical system
- Wind turbines
- Construction and operation of wind farms
- Solar panels
- Construction and operations of photo voltaic cells
- Biomass energy
- Geothermal energy
- What is smart grid?
- Smart grid attributes
- Characteristics of a smart grid
- Smart grid blueprint
- Smart grid best practices
- Smart grid and micro grid
- Concepts of a smart home
- Merits of a smart home
- Characteristics of a smart home
- Introduction of smart meters
- Consumer engagement in a smart grid system
- Smart grid integration with the power grid
- Types of energy storage system
- Importance and merits of battery systems
- Smart grid sensors and appliances
- Safety features
- Smart electric vehicles
- Wrap up session with Q & A
Certification & accreditation
BII Certificate of Completion
BII Certificate of Completion Upon successful completion, participants receive a BII Development Institute Certificate of Completion with a unique reference code that is independently verifiable. Our certificates are recognised internationally and reflect successful completion of your chosen programme.
