Free Download From Grid Constraints to Smart Solution for Renewable EnergyPublished 8/2026
Created by Purankumar Gajera
MP4 |
Video: h264, 3840x2160 |
Audio: AAC, 44.1 KHz, 2 Ch
Level: All Levels |
Genre: eLearning |
Language: English |
Duration: 6 Lectures ( 2h 45m ) |
Size: 7.3 GB
⚡ Explain the concept of hosting capacity and understand its importance for integrating PV, renewable energy, and distributed generation into smart power grids.
⚡ Evaluate the key factors affecting PV hosting capacity, including feeder length, conductor characteristics, PV location, loading level, voltage limits, and powe
⚡ Analyze voltage rise, reverse power flow, active power, and reactive power in distribution networks with high levels of renewable-energy penetration.
⚡ Apply deterministic power-flow and hosting-capacity analysis to identify physical and operational limits of distribution feeders.
Requirements❗ No advanced prerequisites are required. This course is designed for students, engineers, researchers, faculty members, and professionals interested in smart grids and renewable-energy integration.
Description"This course contains the use of artificial intelligence."
Hosting Capacity of Smart Power Grid is a comprehensive course designed to help students, engineers, researchers, and power-system professionals understand how modern electrical networks can safely integrate increasing levels of
solar PV, renewable energy, and distributed generation.
As renewable-energy penetration continues to grow, distribution networks face important technical challenges such as
voltage rise, reverse power flow, reactive-power Requirements, power-factor limitations, and network operating constraints. This course explains the concept of
hosting capacity and provides a structured understanding of how these limitations can be evaluated and addressed.
Throughout the course, learners will explore the key factors that influence PV hosting capacity, including
feeder length, conductor characteristics, PV location, feeder loading, network topology, active power, reactive power, and voltage limits.
The course also introduces advanced approaches for increasing hosting capacity through
PV inverter control, power-factor control, reactive-power management, Distribution Network Reconfiguration (DNR), Soft Open Points (SOPs), and intelligent optimization techniques.
Learners will understand the difference between
deterministic and stochastic hosting-capacity assessment, including why deterministic feeder-based analysis can provide practical planning baselines for distribution networks.
A major focus of the course is the transition from a conventional passive distribution network to an
actively managed smart grid. By combining network reconfiguration, power-electronic control, reactive-power support, and optimization, the course demonstrates how existing grid constraints can potentially be managed to accommodate greater renewable-energy penetration.
In this course, you will explore
✨ Fundamentals of
PV and renewable-energy hosting capacity✨ Factors affecting hosting capacity in distribution feeders
✨
Voltage rise and reverse power flow✨ Active-power and reactive-power behavior
✨ PV inverter
power-factor and reactive-power control✨ Deterministic hosting-capacity analysis
✨
Distribution Network Reconfiguration (DNR)✨
Soft Open Points (SOPs) and their role in active network control
✨ Intelligent optimization using
Expanded Invasive Weed Optimization (ExiWO)✨ Smart-grid strategies for increasing safe distributed-generation penetration
✨ Practical concepts related to
83-bus network analysis and PV integrationThis course is suitable for
electrical engineering students, power-system engineers, renewable-energy professionals, researchers, faculty members, and anyone interested in smart-grid technologies and renewable-energy integration.
By completing this course, learners will gain a practical and technical understanding of how hosting capacity can be
evaluated, managed, and potentially expanded using modern smart-grid control and optimization strategies.
Join the course and discover how intelligent power-system technologies can help transform renewable-energy integration and build the smarter, more flexible grid of the futureWho this course is for⭐ This course is designed for learners who want to understand PV hosting capacity, renewable-energy integration, and smart-grid control strategies.
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