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Global Next-Generation Smart Grid Solutions Market was valued at $ 11.6 Billion in 2023 and is projected to grow at a CAGR of 22.4% through 2030

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MILWAUKEE, Feb. 26, 2024 /PRNewswire/ — The “Global Next-Generation Smart Grid Solutions Market by Component (Hardware, Software, Services), by Technology (Advanced Metering Infrastructure (AMI), Grid Automation, Communication Networks, Renewable Energy Integration (Distributed Energy Resources (DERs), Microgrids, Energy Storage), Big Data Analytics, Cybersecurity, Artificial Intelligence (AI) and Machine Learning, and Others), by Application (Generation, Transmission, Distribution, Consumption), by End User (Utilities, Industrial, Commercial, Residential), and by Regions-Forecast to 2030” report has been added to Tersus Strategy’s offering.

The next-generation smart grid solutions market is experiencing significant growth and innovation as utilities worldwide seek to modernize and enhance the efficiency of their power distribution systems. This market is characterized by the integration of advanced technologies such as smart meters, grid automation, communication networks, and artificial intelligence. Key drivers for the adoption of these solutions include the need for improved grid reliability, integration of renewable energy sources, and the rising demand for energy efficiency.

Major players in the market, including General Electric (GE), Siemens, ABB, and Schneider Electric, are at the forefront of providing comprehensive smart grid solutions. These solutions encompass intelligent substations, distribution automation, cybersecurity measures, and advanced metering infrastructure. As the world transitions towards a more sustainable energy future, the market also sees the integration of renewable energy sources, demand response programs, and electrification of transportation into the smart grid ecosystem.

The convergence of big data analytics, artificial intelligence, and IoT technologies is empowering utilities to make data-driven decisions, optimize grid operations, and enhance predictive maintenance. Cybersecurity remains a critical focus to protect smart grid infrastructure from potential threats. The market is witnessing standardization efforts to ensure interoperability among diverse components and systems. Overall, the next-generation smart grid solutions market is poised for continued expansion, driven by the ongoing global energy transition and the need for resilient, sustainable, and intelligent power distribution systems.

For more information about this report visit: https://tersusstrategy.com/product/global-next-generation-smart-grid-solutions-market-2024-2030/

In the dynamic landscape of next-generation smart grid solutions, various trends shape different facets of the energy ecosystem. In power generation, the integration of distributed energy resources (DERs) and renewable sources is a prominent trend, fostering cleaner and more sustainable energy production. Transmission networks are witnessing advancements in digital substations and grid automation, enhancing reliability and adaptability to changing grid conditions. Distribution systems are undergoing a transformation with the introduction of distribution automation and self-healing grids, optimizing efficiency and minimizing downtime. At the consumption level, smart grid technologies empower consumers through real-time data, enabling better energy management and the integration of demand-side management. The rise of smart home technologies and dynamic pricing models further engages consumers in efficient energy usage. Overall, the smart grid landscape is characterized by trends that collectively drive towards a more resilient, sustainable, and interactive energy ecosystem across the entire energy value chain

Across diverse end-user segments, the trends in next-generation smart grid solutions reflect the evolving needs and priorities of utilities, industrial entities, commercial enterprises, and residential consumers. For utilities, a trend involves extensive grid modernization efforts, including the integration of advanced analytics and artificial intelligence for predictive maintenance and optimal grid operations. In the industrial sector, the adoption of smart grid technologies is characterized by enhanced energy efficiency measures, demand response systems, and the integration of renewable energy sources into manufacturing processes. Commercial entities are increasingly leveraging smart grid solutions to optimize energy consumption through building management systems, IoT-driven sensors, and data analytics, resulting in operational cost savings. In residential settings, the proliferation of smart meters, home energy management systems, and the growing use of electric vehicles contribute to a more informed and engaged consumer base, promoting energy conservation and sustainability. These trends collectively underscore the broad and transformative impact of smart grid technologies across diverse end-user segments.

Request detailed sample of this study:  https://tersusstrategy.com/product/global-next-generation-smart-grid-solutions-market-2024-2030/

Key Topics Covered:

1.            Report Scope

1.1.         Market Segmentation and scope

1.2.         Regional Scope

1.3.         Estimates and forecast timeline

2.            Market Research Methodology

2.1.         Research methodology and design

2.2.         Sample selection

2.3.         Reliability and validity

3.            Executive Summary

4.            Market Analysis

4.1.         Market size and growth rates

4.2.         Market growth drivers, market dynamics and trends

4.3.         Market scenarios and opportunity forecasts

4.4.         Market constraints and challenges

4.5.         Industry value chain analysis

4.6.         Industry analysis – Porter’s

4.6.1.     Threat of new entrants

4.6.2.     Bargaining power of suppliers

4.6.3.     Bargaining power of buyers

4.6.4.     Threat of substitutes

4.6.5.     Competitive rivalry

4.7.         PEST analysis

4.7.1.     Political/legal landscape

4.7.2.     Economic landscape

4.7.3.     Social landscape

4.7.4.     Technological landscape

5.            Market Breakdown by Component

5.1.         Introduction

5.2.         Hardware

5.2.1.     Smart Meters

5.2.2.     Sensors

5.2.3.     Communication Infrastructure

5.2.4.     Transformers

5.2.5.     Others

5.3.         Software

5.3.1.     Grid Management Systems

5.3.2.     Asset Management Systems

5.3.3.     Data Analytics and AI/ML Platforms

5.3.4.     Security and Cybersecurity Solutions

5.3.5.     Customer Engagement and Billing Systems

5.4.         Services

5.4.1.     Consulting

5.4.2.     Deployment and Integration

5.4.3.     Support and Maintenance

5.4.4.     Training and Education

6.            Market Breakdown by Technology

6.1.         Introduction

6.2.         Advanced Metering Infrastructure (AMI)

6.3.         Grid Automation

6.4.         Communication Networks

6.5.         Renewable Energy Integration

6.5.1.     Distributed Energy Resources (DERs)

6.5.2.     Microgrids

6.5.3.     Energy Storage

6.6.         Big Data Analytics

6.7.         Cybersecurity

6.8.         Artificial Intelligence (AI) and Machine Learning

6.9.         Others

7.            Market Breakdown by Application

7.1.         Introduction

7.2.         Generation

7.3.         Transmission

7.4.         Distribution

7.5.         Consumption

8.            Market Breakdown by End User

8.1.         Introduction

8.2.         Utilities

8.3.         Industrial

8.4.         Commercial

8.5.         Residential

9.            Market Breakdown – by Geography

9.1.         North America

9.1.1.     North America Next-Generation Smart Grid Solutions Market, 2024-2030

9.1.2.     North America Next-Generation Smart Grid Solutions Market, by Component

9.1.3.     North America Next-Generation Smart Grid Solutions Market, by Technology

9.1.4.     North America Next-Generation Smart Grid Solutions Market, by Application

9.1.5.     North America Next-Generation Smart Grid Solutions Market, by End User 

9.1.6.     North America Next-Generation Smart Grid Solutions Market, by Country

9.1.6.1. U.S.

9.1.6.2. Canada

9.1.6.3. Mexico

9.2.         South America

9.2.1.     South America Next-Generation Smart Grid Solutions Market, 2024-2030

9.2.2.     South America Next-Generation Smart Grid Solutions Market, by Component

9.2.3.     South America Next-Generation Smart Grid Solutions Market, by Technology

9.2.4.     South America Next-Generation Smart Grid Solutions Market, by Application

9.2.5.     South America Next-Generation Smart Grid Solutions Market, by End User 

9.2.6.     South America Next-Generation Smart Grid Solutions Market, by Country

9.2.6.1. Argentina

9.2.6.2. Brazil

9.2.6.3. Others

9.3.         Europe

9.3.1.     Europe Next-Generation Smart Grid Solutions Market, 2024-2030

9.3.2.     Europe Next-Generation Smart Grid Solutions Market, by Component

9.3.3.     Europe Next-Generation Smart Grid Solutions Market, by Technology

9.3.4.     Europe Next-Generation Smart Grid Solutions Market, by Application

9.3.5.     Europe Next-Generation Smart Grid Solutions Market, by End User 

9.3.6.     Europe Next-Generation Smart Grid Solutions Market, by Country

9.3.6.1. Germany

9.3.6.2. France

9.3.6.3. U.K.

9.3.6.4. Russia

9.3.6.5. Italy

9.3.6.6. Spain

9.3.6.7. Sweden

9.3.6.8. Switzerland

9.3.6.9. Finland

9.3.6.10.               Ireland

9.3.6.11.               Poland

9.3.6.12.               Austria

9.3.6.13.               Norway

9.3.6.14.               Netherlands

9.3.6.15.               Others

9.4.         Asia-Pacific

9.4.1.     APAC Next-Generation Smart Grid Solutions Market, 2024-2030

9.4.2.     APAC Next-Generation Smart Grid Solutions Market, by Component

9.4.3.     APAC Next-Generation Smart Grid Solutions Market, by Technology

9.4.4.     APAC Next-Generation Smart Grid Solutions Market, by Application

9.4.5.     APAC Next-Generation Smart Grid Solutions Market, by End User 

9.4.6.     APAC Next-Generation Smart Grid Solutions Market, by Country

9.4.6.1. China

9.4.6.2. Japan

9.4.6.3. South Korea

9.4.6.4. India

9.4.6.5. Singapore

9.4.6.6. Australia

9.4.6.7. Others

9.5.         Middle East & Africa

9.5.1.     MEA Next-Generation Smart Grid Solutions Market, 2024-2030

9.5.2.     MEA Next-Generation Smart Grid Solutions Market, by Component

9.5.3.     MEA Next-Generation Smart Grid Solutions Market, by Technology

9.5.4.     MEA Next-Generation Smart Grid Solutions Market, by Application

9.5.5.     MEA Next-Generation Smart Grid Solutions Market, by End User 

9.5.6.     MEA Next-Generation Smart Grid Solutions Market, by Country

9.5.6.1. Saudi Arabia

9.5.6.2. UAE

9.5.6.3. Israel

9.5.6.4. Qatar

9.5.6.5. South Africa

9.5.6.6. Others

10.          Competitive Landscape

10.1.      Company Market Positioning

10.2.      Company Geographical Presence Analysis

10.3.      Market Revenue Share Analysis (%), by Leading Players

11.          Company Profiles

•             Company Overview

•             Financial Performance

•             Product Benchmarking

•             Recent Developments

Established Players

1.            General Electric

2.            Siemens

3.            Schneider Electric

4.            ABB

5.            Eaton

6.            Itron

7.            Landis+Gyr

8.            EDMI

9.            Enel

10.          Engie

11.          Iberdrola

12.          Honeywell

13.          Cisco

14.          Huawei

15.          Microsoft

16.          IBM

17.          Oracle

Emerging Players

18.          GridBeyond

19.          sonnen GmbH

20.          AutoGrid

21.          Greenbird Integration Technology

22.          Enchanted Rock

23.          Guardtime

For more information about this report visit : https://tersusstrategy.com/product/global-next-generation-smart-grid-solutions-market-2024-2030/

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 Media Contact:
Tersus Strategy
Kevin Matthew, Business Development Manager
Info@tersusstrategy.com
+1 (414) 882-8941
333 W Brown Deer Rd. 53217-2372 Milwaukee Wisconsin USA

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HelloNation Article Highlights Sterile Compounding and Medication Safety With Insights From Compounding Pharmacist Expert Laura Temple

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July 21, 2026

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The article explains how sterile compounded medications are prepared to reduce the risk of contamination and support safe, customized treatments.

AZLE, Texas, July 21, 2026 /PRNewswire/ — What does sterile compounding mean for medication safety? HelloNation has published an article explaining how sterile compounding helps pharmacies prepare highly specialized medications while adhering to strict contamination-prevention procedures.

The article features insights from Laura Temple, Compounding Pharmacist Expert and Owner of Laura’s Pharmacy in Azle, Texas. It explains that sterile compounding is a specialized process for preparing medications in carefully controlled environments designed to reduce the risk of contamination. Sterile compounded medications are often used for injections, eye drops, IV medications, and other therapies that require the highest levels of cleanliness and precision.

The HelloNation article explains that sterile compounded medications differ from commercially manufactured drugs because they are prepared individually for a patient’s unique medical needs. Physicians may prescribe compounded prescriptions when a patient requires a customized dosage, a combination medication, or a treatment not commercially available. Because these medications often bypass the body’s natural defenses, medication safety depends on strict preparation standards throughout the compounding process.

The article describes how pharmacies that provide sterile compounding rely on cleanroom environments equipped with filtered-air systems, specialized equipment, and contamination-prevention protocols. Pharmacists and technicians follow detailed gowning, sterilization, and handwashing procedures before handling medication ingredients. These measures are designed to support medication safety by limiting exposure to bacteria, particles, and other contaminants.

According to the article, environmental monitoring also plays a critical role in sterile compounding. Temperature control, air quality testing, and routine equipment inspections help maintain consistent preparation standards. The article notes that sterile compounded medications may undergo additional quality assurance checks before being dispensed to patients. These procedures help support both treatment effectiveness and patient safety.

The HelloNation article also explains that pharmacies performing sterile compounding are expected to follow USP guidelines established for sterile preparation. These USP guidelines outline requirements for cleanroom pharmacy operations, environmental testing, employee training, and quality assurance practices. The article emphasizes that maintaining compliance with USP guidelines helps reinforce contamination prevention and consistent preparation standards for compounded prescriptions.

Patients seeking sterile compounded medications may also look for pharmacies that participate in accreditation programs or are overseen by state boards. The article explains that these programs review safety procedures, documentation practices, and facility standards to help maintain medication safety. Regular environmental monitoring and staff competency evaluations are also identified as important safeguards in sterile compounding operations.

The article further explains that communication between pharmacists, healthcare providers, and patients remains an important part of safe compounded prescriptions. Compounding pharmacists review prescriptions carefully, confirm dosing instructions, and evaluate ingredient compatibility before preparation begins. This collaborative approach supports medication safety by reducing the risk of errors and ensuring treatments meet individual patient needs.

The article concludes that sterile compounding continues to play an important role in healthcare, particularly for patients requiring customized therapies that are unavailable through traditional manufacturing channels. Whether preparing IV medications, injectable therapies, or other sterile compounded medications, pharmacies rely on contamination prevention procedures and strict preparation standards to support patient care. The article notes that understanding how sterile compounding works can help patients feel more informed about the safety measures involved in preparing specialized medications.

What Sterile Compounding Means for Medication Safety features insights from Laura Temple, a compounding pharmacist expert at Laura’s Pharmacy in Azle, Texas, on HelloNation.

About HelloNation

HelloNation is America’s Good News Network, a premier media platform built on the idea that good news travels faster when real people tell real stories. Through its community-focused publications and innovative “edvertising” approach, HelloNation delivers content that informs, inspires, and spotlights the leaders making a meaningful impact in their communities.

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SOURCE HelloNation

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CIOs Forced to Rethink Manual Compliance Processes as Regulatory Complexity Rises, Says Info-Tech Research Group

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July 21, 2026

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Regulatory demands are increasing in volume, complexity, and speed, leaving many organizations reliant on fragmented, manual approaches that slow response times and increase risk. New insights from Info-Tech Research Group show that organizations need to adopt more structured and scalable approaches to keep pace with regulatory change. The firm’s recently published blueprint, Build a Regulatory IT Response Engine, provides frameworks, tools, and step-by-step guidance to help organizations translate regulatory requirements into actionable IT controls and prioritized initiatives.

ARLINGTON, Va., July 21, 2026 /PRNewswire/ — Growing regulatory pressure across jurisdictions is forcing organizations to rethink how they interpret, prioritize, and execute compliance requirements. Many IT teams continue to operate with inconsistent processes and limited coordination, resulting in delayed initiatives and increased exposure to financial and reputational risk. Info-Tech’s blueprint, Build a Regulatory IT Response Engine, introduces a coordinated and repeatable approach to help IT leaders operationalize compliance and improve execution outcomes.

Info-Tech’s findings indicate that while organizations recognize the need for faster and more consistent regulatory response, they continue to face barriers such as fragmented interpretation of requirements, weak prioritization, and limited scalability. AI-enabled tools can help streamline analysis and accelerate response planning, but without a coordinated approach grounded in governance and human oversight, those benefits are difficult to realize.

“Regulatory response is becoming too complex to manage through disconnected, manual processes,” says Ahmad Jowhar, senior research analyst at Info-Tech Research Group. “IT leaders need a repeatable way to interpret requirements, prioritize action, and use AI to accelerate planning without losing the governance and oversight needed to execute effectively.”

Key Challenges IT Leaders Face in Regulatory Response

Despite ongoing investments in compliance, organizations continue to face systemic challenges that hinder effective execution. Info-Tech’s blueprint highlights several areas where IT and compliance leaders struggle most:

Fragmented and manual processes that slow regulatory interpretation and response.Inconsistent application of regulatory requirements across teams and jurisdictions.Poor prioritization of IT initiatives, leading to missed deadlines and duplicated effort.Limited scalability to manage increasing regulatory volume and complexity.Misalignment between compliance activities and broader business priorities.

Info-Tech’s Framework for Building a Regulatory IT Response Engine

To address these challenges, Info-Tech recommends a structured, AI-enabled approach that improves consistency, speed, and scalability. The firm’s Build a Regulatory IT Response Engine blueprint outlines the following key priorities for IT leaders:

Define the regulatory landscape: Establish organizational context, governance structures, and a centralized inventory of applicable regulations.Translate requirements into IT controls: Use AI-enabled analysis and structured assessments to convert regulatory obligations into actionable controls.Prioritize IT initiatives: Align initiatives based on cost, effort, impact, and regulatory timelines to reduce execution risk.Build and communicate a roadmap: Develop a clear, resource-aligned roadmap to guide execution and stakeholder alignment.Establish a repeatable process: Continuously monitor, adapt, and refine regulatory response capabilities to maintain compliance over time.

Organizations that adopt this structured approach can move from reactive compliance efforts to a more proactive and scalable model that shortens response timelines, reduces manual effort, and strengthens execution.

The firm’s Build a Regulatory IT Response Engine blueprint includes practical tools such as a Regulation Inventory Tool, a Regulatory Response IT Action Plan Tool, a Communication Deck Template, and a Compliance Program Framework. By applying these resources, IT leaders can standardize regulatory responses, improve prioritization, and help ensure compliance initiatives are executed on time and in alignment with business priorities.

For exclusive and timely commentary from Info-Tech’s experts, including Ahmad Jowhar, and access to the complete Build a Regulatory IT Response Engine blueprint, please contact pr@infotech.com.

About Info-Tech Research Group

Info-Tech Research Group is the “get things done” partner for over 30,000 IT, HR, and marketing leaders worldwide. The fastest growing research and advisory firm, Info-Tech enables leaders to make well-informed decisions and transform their organizations through AI, strategic foresight, step-by-step methodologies, practical tools, industry-leading advisory, and training programs. For nearly 30 years, tens of thousands of private and public organizations have trusted Info-Tech to lead their most important initiatives through periods of change and deliver outcomes that truly matter.

To learn more about Info-Tech’s HR research and advisory services, visit McLean & Company, and for data-driven software buying insights and vendor evaluations, visit the firm’s SoftwareReviews platform.

Media professionals can register for unrestricted access to research across IT, HR, and software and hundreds of industry analysts through the firm’s Media Insiders program. To gain access, contact pr@infotech.com.

For information about Info-Tech Research Group or to access the latest research, visit infotech.com and connect via LinkedIn and X.

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SOURCE Info-Tech Research Group

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Atomera to Announce Second Quarter 2026 Financial Results and Host Webinar on Tuesday, August 4, 2026

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July 21, 2026

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LOS GATOS, Calif., July 21, 2026 /PRNewswire/ — Atomera Incorporated (NASDAQ: ATOM), a semiconductor materials and technology licensing company, announced today that it plans to release its second quarter 2026 financial results after the market closes on Tuesday, Aug. 4, 2026.

The company will host a live video Zoom webinar at 2:00 p.m. Pacific Time (5:00 p.m. Eastern Time) on Tuesday, Aug. 4, 2026, to discuss the results. The live webinar can be accessed through Atomera’s investor relations website at https://ir.atomera.com. A replay of the webcast will be available for 12 months. To pre-register for the webinar, use the following link.

https://atomera.zoom.us/webinar/register/WN_OJFbTWe1SIyV69LLdDadCw

About Atomera

Atomera Incorporated is a semiconductor materials and technology licensing company focused on deploying its proprietary, silicon-proven technology into the semiconductor industry. Atomera has developed Mears Silicon Technology™ (MST®), which increases performance and power efficiency in semiconductor transistors. MST can be implemented using equipment already deployed in semiconductor manufacturing facilities and is complementary to other nano-scaling technologies already in the semiconductor industry roadmap.  More information can be found at www.atomera.com 

 

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SOURCE Atomera Incorporated

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