In-depth analysis of IoT players and overall ecosystem for the wind generation market.
Select the vendors with the most relevant offering for the
IoT component for the wind-power generation technology stack, specifically from sensors, MCU, getaways, edge, and analytics vendors.
Compare the tools, services, and IoT technology stacks of the leading vendors for industrial and utilities IoT analytics.
Analysis of the drivers, market-entry levels, and challenges and for the IoT vendor the in the renewable energy domain.
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.
Who Should Read This?
Cloud vendors, industrial PaaS and SaaS, hardware developers, and specialists for the IoT domain, who need to understand the market dynamics and identify differentiation points among competitors
Industrial enterprises, who are undergoing the transition for renewable energy and distributed power generation sources, to understand the ecosystem and players for each IoT solution segment.
S-Suite and strategic advisors within the public and private for the renewable energy industry, who are responsible for strategy formation, business development, and innovative solutions planning.
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