What Is a Smart Grid?

Overview of smart grid architecture, key technologies and objectives: high-speed communication, advanced sensing, control, renewable energy integration, and system optimization.

Energy Conversion and Optimization in Smart Grids

Technical overview of smart grid architecture, energy conversion (generation, transmission, consumption) and optimization for stability, security, reliability, efficiency.

What Is an Energy Storage Converter (PCS)?

Technical overview of energy storage converters (PCS): bidirectional AC/DC conversion, operating modes, topologies, protections and application scales from residential to utility.

Trends in Intelligent Electrical Switchgear Technology

Technical overview of intelligent switchgear upgrades and distribution automation, covering primary-secondary integration, fault detection, controllers and RMU retrofit.

Solid-State Transformer Design for Microgrid Applications

Design and testing of a 50 kHz, four-port medium-voltage multiport solid-state transformer for microgrids using a ferrite core, DAB converters and 25 kW per port.

How Smart Grids Work and Wiring Requirements

Technical overview of smart grid systems covering key characteristics, operating principles and cabling requirements for reliable, secure, and low-carbon power networks.

Structure and Topology of Distributed Smart Grids

Technical overview of distributed smart grid: definition, multi-level generation, customized energy storage, data exchange, and AI/cloud-enabled control for resilient grids.

Future Trends in Smart Grids

Technical overview of China's smart grid: 3D substation mapping, data collection, 5G connectivity, big data and AI analytics, distributed energy integration and market evolution.

The Role of Distributed Smart Grids

Technical overview of distributed smart grid architectures, benefits, and challenges, covering distributed generation, microgrids, VPP aggregation, and grid reliability.

Where Smart Grids Make an Impact

Smart grid summary: data-driven, multi-layer electrical grid architecture enabling distributed generation, dynamic planning, energy management and autonomous fault detection.

Challenges Facing Future Smart Grids

Challenges for smart grid deployment: increased infrastructure needs, missing communications and interoperability standards, cybersecurity gaps, and distributed generation planning.

Smart Grid: Challenges of Integrating Renewable Energy

Analysis of renewable energy integration challenges and smart grid solutions, covering variability, reliability metrics (SAIDI/SAIFI), and distributed generation strategies.

Common Types of PV Mounting Structures and Basic Knowledge

Technical overview of PV mounting structures and foundations, comparing aluminum, steel, and non?metal supports and common foundation types for ground and flat?roof sites.

Trusted Platform Module for IoT Security

Overview of IoT security practices including secure boot, digital signatures, PKI, data encryption, and use of embedded Trusted Platform Module (TPM) hardware for device identities.

Measuring Energy on Smart Grids with Sensor Technologies

Technical comparison of current measurement: current transformers and Rogowski coils; discusses Hall-effect sensors, accuracy, installation, and signal conditioning.

Upgrading Substations: Measuring Electrical Parameters

Technical overview of digital substation architecture and merging units, covering IEC 61850 sampled values, ADC/system design, fiber communications, and NCIT integration.

Physical Aspects of Distributed Smart Grids

Overview of distributed smart grid physical aspects: multi-source generation, diverse loads, energy integration, intelligent control, security and sharing-economy models.

Using AD7606 in Power Line Monitoring and Protection

Technical overview of AD7606 ADC features and design guidance for power line monitoring systems, including synchronous sampling, reference routing, and BF518 integration.

Fault Diagnosis and Detection for Smart Grids

Technical overview of using ADE7816 energy-measurement ICs with current sensors (including Rogowski coils) for multichannel smart-metering, RMS, energy and fault diagnostics.

Three Benefits of Smart Grids and Urban Adoption

Technical overview of smart grid systems using IoT to enable two-way communication, renewable integration, demand forecasting, and improved grid resilience.