공공 송전망은 산업용 마이크로그리드의 도입, 전화, 넷 제로 목표 달성의 병목이 될까?

Actionable Benefits:

• For commercial end users to understand the impact of public grid capacity limitations on data centers and industrial operations.
• For utilities to selecting the appropriate energy network planning tools and approaches.

Critical Questions Answered:

• Which grid digitalization solutions can address transmission capacity limitations?
• What level of investments will be needed in public grid capacity extensions?
• Which dynamics will govern the distributed smart energy ecosystem?

Research Highlights:

• Case studies for public grid limitations/extensions.
• Energy availability constraints for data center deployments.
• Solutions and approaches addressing public grid capacity limitations.

Who Should Read This?

• Chief Operating Officers (COOs) at energy utilities.
• Executives at smart energy technology vendors.
• Energy managers at enterprises and industrial operations.
• Data center designers and developers.

TABLE OF CONTENTS

Key Findings

Public Grid Capacity Limitations Holding Back C&I Renewables Expansion—A Global Problem

Urgent Calls for Investments in Public Grid Capacity Extensions

A New Smart Energy Future: Optimizing and Integrating Public and Private Grids

Key Forecasts

Public Grid Investments

Microgrid Investments

Key Companies and Ecosystems

Smart Energy Ecosystems Dynamics and Challenges

Key Technology Companies

Technologies, Approaches, and Solutions for Optimizing Public Grids

Public Grid Digitalization

Energy Digital Twins

Geographical Capacity Forecasting and Planning

Long-Term Energy Storage

New Grid Designs and Topologies

Virtual Power Plants

Case Studies

Data Center Restrictions: City of Frankfurt

Siemens and Mercedes-Benz: Energy Digital Twins

Energinet and Siemens Energy: Transmission Grid Expansion