Solar Trackers and the Industrial IoT Revolution
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As tracker companies continue to strive to achieve the market goals of reducing installed cost and increasing energy generation, innovations have resulted in a fundamentally more technologically advanced set of products. No longer simple state machines that follow a tilt algorithm and react passively to environmental conditions, today's trackers incorporate data from a myriad of sensors (both internal and external to the tracker), make decisions that best optimize reliability performance and energy generation, and inform stakeholders in real time as to their behavior. Trackers are leading the way in industrial Internet of Things (IoT) development.
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The smart grid has experienced tremendous growth and market penetration since its inception. Worldwide deployments have allowed for the creation of a more efficient and reliable energy system. Growth has been achieved by individual utilities in many different areas of the electrical grid. These deployments have allowed utilities to make improvements in the optimal way for them, whether in transmission and distribution, communications, metering, or in other ways. Numerous vendors have entered the smart grid marketplace to meet this need. Companies such as SUBNET Solutions, S&C Electric Company, Trilliant, Freescale Semiconductor, AT&T, and Cooper Power Systems have played a significant role, as they have introduced products and services that have revolutionized smart grid deployments. These innovative products and services are currently shaping the development of the smart grid worldwide and will continue to develop the smart grid through 2013.Day 1 june 20 morning and track 1
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Actionable Intelligence: Transforming Utilities
Big Data has made it easier to gain loyal and happy customers in the utilities industry. It improves the ability of companies to quickly identify underlying issues and nip complaints in the bud.
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WSMM Technology November Newsletter_v1.pdf
The document provides an overview of the semiconductor industry, including key developments such as Michael Faraday's discovery in 1833, the invention of the transistor in 1947, and the development of CMOS technology. It discusses the industry's current state with $618B in global sales in 2022. The rise of mobile devices and IoT has driven innovations, and the pandemic prompted government investments to boost supply and reduce reliance on foreign sources. The U.S. enacted the CHIPS Act in 2022 to support the industry.
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[Smart Grid Market Research] Smart Grid Marketplace: Where Are We Now? - Zpry...
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Solar Trackers and the Industrial IoT Revolution
- 1. TRACKERS AND THE INDUSTRIAL IOT REVOLUTION July 11, 2018 Kate Trono, SVP of Products at SunLink
- 2. SUNLINK Commercial and Large Scale Utility Solar Projects
- 4. TRACKER AS AN EDGE DEVICE
- 5. 200,000 Solar Devices added in 2018 25 Petabytes Solar Data per year 80.6TWh 2017 US Solar Generation 2% Of Total US Electricity
- 7. ▸ Reliability ▸ Latency ▸ Network Connection ▸ Performance ▸ Dependencies ▸ Lack of Autonomous Behavior ▸ Security ▸ Privacy COMMON CHALLENGES WITH CENTRALIZED COMPUTING WE’RESTARTINGTO WITNESSAMASSIVE SHIFTAWAYFROMTHE CENTRALIZED COMPUTINGMODEL... TOWARDTHE DISTRIBUTIONOFMORE COMPUTINGPOWER BACKOUTTOTHE EDGEOFTHENETWORK BOBO’DONNELL,RECODE
- 8. TRACKERS EDGE DEVICES WITH LOCAL OPTIMIZATION NEEDS ▸ Structural Forces ▸ Wind gusts and snow accumulation patterns are highly localized ▸ Tracking Algorithms ▸ Terrain variability impacts optimal tracking and backtracking parameters ▸ Local effective irradiance can be used to optimize energy output ▸ Maintenance ▸ Individual part repair and replacements can be predicted
- 9. TRACKERS EDGE DEVICES WITH CENTRALIZED COMMAND CAPABILITIES ▸ Structural Forces ▸ Centralized machine learning and AI predict dangerous environmental combinations through extensive local data ▸ Tracking Algorithms ▸ Help provide grid stability when maximum power output is not desired ▸ Maintenance ▸ Facilitate easier module washing and vegetation clearing
- 10. HYBRID ARCHITECTURE Distributed ▸Each tracker is free to autonomously make decisions to optimize its performance Centralized ▸Trackers collect data from & send data to shared sensors to improve decision making
- 11. WHERE DO WE GO FROM HERE Distributed ▸As sensors continue to drop in price, more sensors will exist on more devices, including trackers Centralized ▸Through standard API interfaces, integration with the centralized grid will expand, increasing the range of activities edge devices can do to optimize global performance
- 12. THANK YOU Trackers and the Industrial IoT Revolution