Research Spotlight:

IoT Technologies for Renewable Energy Growth

The IoT Technologies for Renewable Energy Growth Research Spotlight provides access to all research related to this topic. This Spotlight includes:

  • All research outlined below
  • Any updates to the research six months from purchase
  • 60 minutes of analyst inquiry to speak to an analyst
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Included Research

Table of Contents

Renewable Energy in Worldwide

Energy Consumption

Top Renewable Energy Drivers/

Challenges

Energy Ecosystem Evolution

Solar Energy Drivers/Challenges

Wind Energy Drivers/Challenges

Technology Drivers—Renewables

IoT Devices and Connectivity

IoT in the Solar Market

IoT in the Wind Market

IoT in the Nuclear/Hydroelectric Market

IoT Applications Evolution

Sustainability Market Influence

Summary and Recommendations

Critical Questions Answered
  • What is the renewable energy generation share of total consumption and what are its adoption forecasts for driving substantial carbon emissions reduction?
  • How will applications evolve as renewable energy adoption increases?  What is the renewable energy application taxonomy?
  • What are the regional differences in renewable energy adoption?
Research Highlights
  • Identification of the top five renewable energy drivers and challenges.
  • Energy ecosystem evolution for energy production and grid opportunities.
  • Technology and supplier recommendations to capture renewable energy growth opportunities.
full contents...
IoT Value Chain For Hydro and Nuclear Energy Markets
Research Report | 2Q 2022 | AN-5532
Table of Contents
 

1. EXECUTIVE SUMMARY

2. INTRODUCTION 

3. STRATEGIC RECOMMENDATIONS

3.1. Recommendations for Hydro and Nuclear Operators 
3.2. Recommendations for Technology Providers 
3.3. Recommendation for Sustainability

4. INDUSTRY OUTLOOK: HYDRO POWER PLANTS 

4.1. Hybrid Hydro Energy Production 
4.2. Industry Concerns and Challenges 

5. HYDRO MARKETS 

5.1. Sensors and Gateways 
5.2. Device Management
5.3. CyberSecurity 
5.4. Platform-as-a-Service, Software-as-a-Service, and Software 
5.5. AI and ML 
5.6. IoT Technology Supporting Nuclear Power Generation 

6. SUPPLIER ECOSYSTEM 

6.1. Hydro
6.2. Nuclear 

7. MARKET FORECASTS 

 
Critical Questions Answered
  • Who services particular parts of the IoT value chain, and what are the competitive dynamics between IoT vendors serving the hydro- and nuclear-based energy markets?
  • How can technology, such as the IoT, contribute to ecology and the sustainable use of resources, and how could analytics and data-driven decision-making be a catalyst for sustainable action and corporate sustainability agendas?
Research Highlights
  • A detailed breakdown of the IoT technology stack for the solar power generation segment of the renewable energy market.
  • Overview of top vendors for each technology component, specifically hardware, edge, and analytics vendors; and an in-depth analytics of vendors offering predictive maintenance, condition-based monitoring, and asset tracking.
  • Forecast of the utility enterprise segment revenue, including production, distribution, and transmission of utility services, which are relative to the growth of installations and capacity growth from 2021 to 2030.
full contents...
IoT Value Chain for the Solar Energy Market
Research Report | 2Q 2022 | AN-5531
Table of Contents

1. INTRODUCTION 

2. THE SMART ENERGY OUTLOOK:HELICOPTER VIEW 

2.1. IoT for Energy Production 
2.2. IoT for Energy Consumption
2.3. IoT and Renewable Energy Sector: A Broader Sustainability Perspective 

3. SOLAR MARKET AND DEVICES:CONSTRUCTION, TECHNOLOGY, AND PHYSICAL DEVICES 

3.1. PV Systems 
3.2. Actuators in the Solar Industry 
3.3. IoT Technology Stack for the Solar Market 

4. SMART GRID 

4.1. Smart Distribution System 
4.2. DER 

5. COMPETITIVE OUTLOOK 

5.1. ABB 
5.2. Analog Devices 
5.3. AWS 
5.4. Microsoft Azure 
5.5. GE 
5.6. Honeywell 
5.7. IBM 
5.8. Itron 
5.9. Landis+Gyr 
5.10. NXP 
5.11. Siemens 
5.12. Schneider Electric

6. MARKET FORECASTS 

 
Critical Questions Answered
  • How technology, such as the IoT, can contribute to ecology, the sustainable use of resources, and how analytics and data-driven decision-making could be a catalyst for sustainable action and corporate sustainability agendas?
  • Who are services particular parts of the IoT value chain, and what are the competitive dynamic between IoT vendors serving solar-based energy market
  • What are the disruptive and future trends in the technology and ecosystem for the renewable energy source, specifically solar power generation?
Research Highlights
  • A detailed breakdown of the IoT technology stack for the solar power generation segment of the renewable energy market.
  • Overview of over 220+ vendors for each technology component, specifically: sensors, MCU, getaways, edge, and analytics vendors.
  • Forecast on expected commercial, residential, and utility solar-based IoT connections, which are relative to the growth of installations and capacity growth, from 2021 to 2030.
full contents...
Table of Contents

1. INTRODUCTION

2. WIND POWER GENERATION

3. WIND POWER GENERATION AND THE IOT

3.1. Sensors
3.2. IoT Connectivity Layer
3.3. IoT Analytics Software-as-a-Service and Platform-as-a-Service Solutions

4. MARKET CHALLENGES AND DRIVERS

5. VENDOR PROFILES

5.1. Altair
5.2. AWS
5.3. General Electric
5.4. Honeywell
5.5. IBM
5.6. Microsoft Azure
5.7. Schneider Electric
5.8. Siemens

6. FORECASTS

Critical Questions Answered
  • How technology, such as the IoT, can contribute to ecology, the sustainable use of resources, and how analytics and data-driven decision-making could be a catalyst for sustainable action and corporate sustainability agendas?
  • What are the disruptive and future trends in the technology and ecosystem for the renewable energy source, specifically wind power generation?
  • What is the composition, interactions and competitive dynamic between IoT vendors in the wind power generation ecosystem?
Research Highlights
  • A detailed breakdown of the IoT technology stack for the wind power generation segment of the renewable energy market.
  • Overview of over 170+ vendors for each technology component, specifically: sensors, MCU, getaways, edge, and analytics vendors.
  • Forecast on expected wind turbine IoT connections, which are relative to the growth of installations and capacity growth, from 2021 to 2030.
full contents...
Global Renewable Energy Market Sees Strong Growth despite Supply Chain Difficulties and Capacity Issues—But for How Long?
Insight | 2Q 2023 | IN-6949
The production and consumption of renewable energy has been accelerating over the last decade, largely without constraint. However, challenges are looming over the next 5 to 10 years in the form of supply and price volatility of key materials required for renewable technologies, as well as insufficient electrical grid infrastructure.
Will Telcos Bypass Utilities and Become Regional Renewable Energy Providers?
Insight | 2Q 2022 | IN-6529
The mobile industry is seeking to develop its own environmentally sustainable businesses. With 5G deployments enabling energy-saving and proactive adoption of the Internet of things (IoT) and Artificial Intelligence (AI), the telco business is pressured to comply with ESG and carbon emission reductions. Will the telco and utility sectors go hand in hand through a structural business transformation, or will telcos be brave enough to cut the utilities from the energy supply chain?
The Sun Is Up and Costs Are Down: Using Solar Technology for Your Business
Insight | 4Q 2021 | IN-6400
As the cost of solar energy has declined dramatically over the past several years, usage has skyrocketed.
The “Green-Mindset” versus Sustainable Ambidextrous Strategies for IoT Vendors
Insight | 1Q 2021 | IN-6102
There are several solutions and developments within the IoT technology market that are positioned as green and sustainable and environmentally friendly. And while those definitions seem to be easy to understand, discourse is self-conflicting on this issue—it creates a particular misconception regarding the technology functionality. The difference between something that is “green” versus something sustainable is precisely the line that separates green philosophies and products out there that focus solely on “energy/environment/climate improvement.” While the sustainable technology would mean improving the social and environmental footprint at every stage of the product’s life, from raw material extraction to end of life. While it does not have to directly be related to environmentally friendly green paradigm
Now or Never: Tackling Climate Change with IoT Solutions
Insight | 4Q 2020 | IN-5940
On September 22, 2020, another iconic landmark was added to New York: the Colossal Climate Clock that counts down to the global deadline for irreversible climate change. According to the current clock count, there are slightly more than 7 years left to take action for preservation and change towards sustainable livelihoods and industrial activities. One of the critical contributors to climate change is deforestation, which accounts for 17% of all global carbon emissions.