Impact of New Technology
on the
Power Distribution Network
- Gorby George MSc MIET
A Basic Introduction
Generation Transmission Distribution Customers
Background: The Electricity Industry
System Operator
Owners
Network Operators
Residential
Industrial
Commercial
Trends in the Electricity Industry
Digitisation
Trends
“The 3 Ds”
(Grid 2.0)
Decarbonisation
Decentralisation
New
Technology
Distributed
Generation &
Storage
Electric
Vehicles
Digitalisation
& Demand
Response
New Technology
• 100% Renewable Electricity by
2020 (30% in the UK)
• Increase in PV and Wind Farms
• Energy Storage to improve
reliability
• Smart Meters & Sensors
• Automated customer
experience
• Dynamic pricing based
on time-of-use
• 100% EV by 2032
(2040 in the UK)
• V2G Technology
Impacts & Challenges
Distributed Generations & Storages
Distributed generations lead to
– Power Flow & Load Forecast Issues
– Voltage Regulation & Fault Level Problems
– Increased harmonics
Energy storages
– Increases efficiency, flattens demand curve
– Acts as both load and generation Electric Vehicles
Charging of Electric Vehicles
– Load Forecast Issues
– Regulate time-of-charging
– Refurbishments to the network
Vehicle-to-Grid (V2G)
– Balance between Supply & Demand
– Regulate time-of-discharging
Impacts & Challenges
Digitalisation & Demand Response
Internet of Things (IoT)
– Integration of Sensors & Actuators
– Increases reliability, economics & efficiency
Smart Meters & Sensors
– More Efficient Load Forecasts
– Introduction of dynamic pricing & usage
Automated Demand Response (ADR)
– Self-learning & Automated systems
– Pricing adjusted as per the changing demands
Conclusion : The Current Transformation
DNO DSO
Distribution Network Operator
Passive Management
Planning based on linear approach
Assumed worst case scenarios; less
efficient
Reliable, Affordable; Not flexible
Distribution System Operator
Active System Management
Planning based on dynamic approach
Based on optimal scenarios; more
efficient
Includes technology : DG, DR & ES
Thank You

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Impact of New Technology on the Power Distribution Networks in UK: A Basic Introduction

  • 1. Impact of New Technology on the Power Distribution Network - Gorby George MSc MIET A Basic Introduction
  • 2. Generation Transmission Distribution Customers Background: The Electricity Industry System Operator Owners Network Operators Residential Industrial Commercial
  • 3. Trends in the Electricity Industry Digitisation Trends “The 3 Ds” (Grid 2.0) Decarbonisation Decentralisation
  • 4. New Technology Distributed Generation & Storage Electric Vehicles Digitalisation & Demand Response New Technology • 100% Renewable Electricity by 2020 (30% in the UK) • Increase in PV and Wind Farms • Energy Storage to improve reliability • Smart Meters & Sensors • Automated customer experience • Dynamic pricing based on time-of-use • 100% EV by 2032 (2040 in the UK) • V2G Technology
  • 5. Impacts & Challenges Distributed Generations & Storages Distributed generations lead to – Power Flow & Load Forecast Issues – Voltage Regulation & Fault Level Problems – Increased harmonics Energy storages – Increases efficiency, flattens demand curve – Acts as both load and generation Electric Vehicles Charging of Electric Vehicles – Load Forecast Issues – Regulate time-of-charging – Refurbishments to the network Vehicle-to-Grid (V2G) – Balance between Supply & Demand – Regulate time-of-discharging
  • 6. Impacts & Challenges Digitalisation & Demand Response Internet of Things (IoT) – Integration of Sensors & Actuators – Increases reliability, economics & efficiency Smart Meters & Sensors – More Efficient Load Forecasts – Introduction of dynamic pricing & usage Automated Demand Response (ADR) – Self-learning & Automated systems – Pricing adjusted as per the changing demands
  • 7. Conclusion : The Current Transformation DNO DSO Distribution Network Operator Passive Management Planning based on linear approach Assumed worst case scenarios; less efficient Reliable, Affordable; Not flexible Distribution System Operator Active System Management Planning based on dynamic approach Based on optimal scenarios; more efficient Includes technology : DG, DR & ES