Stephen E. Williams’ Post

Is a Sound Proven Successful Future Important to You! Electric Power Utility & Communication Business Model Opportunity! Ironically, electric power utilities are in a fantastic position to reap massive rewards with a sound proven structural change in their business model and the good news is there is no reason not to!! CWT’s award-winning team and I, through years of arduous work, have created a winning formula for all utility types including micro-grids which is called AIS (Advanced Infrastructure System) an AI driven hardware and software technology that cost no more than what is not working to solve current and future grid energy and communication issues. AIS is low cost, broad and deep functioning for Improved grid operation, reliability, and easy operability of all ecosystems, yours, and customers whether business or residential. AIS includes all energy types of control and meter quality measurements of them and have all intelligent programmable breaker circuits that are real-time and include broadband communication (IOT), data, safety, security, and a lot more. AIS due to design and cost rolls out like smart meters for large beneficial deployments, thus scale is never an issue.   AIS will make your life better and more profitable with all forms of future proofing and multiple large new income streams. Further AIS creates improved controls solving many current concerns and real problems facing utilities like blackout mitigation or prevention, Improved black starts, Theft capture and able to lower loads selectively without affecting customers lifestyle.   Let us walk you through the many valuable benefits of AIS technology using your current networks or ours. Stphen E Williams stephen@coolwaterstech.com #utilities #smartenergy #investmentbanking #DOE #ferc #nfpa #communication #imf #worldbank #Commisioners #privateequity #tesla #google #amazon #comcast #HoneyWell #Microsoft #IBM #Coops #Goverments #smartgrid #smartbuildings #Telcoms #VC

As the number of connected devices continues to rise, edge computing has a chance to prove itself as a pivotal technology, fundamentally reshaping how we approach the processing and analysis of data. It’s already catching the eyes of experts, as its global value is projected to reach $317 billion by 2026, according to the report published by Lionel Sujay Vailshery. By the same year, the network edge data centers may grow to just under 1,200 from approximately 250 in 2022. What are some of the most popular uses of #edgecomputing? I invite you to read my article at Forbes Technology Council about five practical applications of that technology: https://lnkd.in/dZPNMmBN

Curious about Industrial Internet of Things (IIoT)? Discover its role in automating and enhancing efficiency in manufacturing, energy, and more industrial domains. Know more: https://red.ht/3S42LSw #RedHat

What are potential 5G use cases for energy and utilities companies? 💡Management and connectivity for DER (Distributed Energy Resources), including micro-grids and localized generation facilities. ⚡Distribution Automation (DA), which involves collecting and processing key grid data and metrics, such as frequency, voltage and current. Applications like Fault Location Isolation & Service Restoration (FLISR) rely on ultra-low latency, extreme reliability, and the capability to operate within local areas of the power grid in isolation. 📞 Tele-protection is a critical use-case for communications, protecting high-voltage equipment against surges and other problems. Sub 10-millisecond latencies are needed for protection relays. While fiber is optimal, 5G may take a growing role in the future. 🔒 Field Area Networks (FANs), including asset monitoring, safety and security systems and general-purpose IT connectivity. 🦺 Low-Latency Supervisory Control and Data Acquisition (SCADA systems, for monitoring and operational control of sensors, switches and breakers, pumps, valves etc. 👷 Workforce communications, including mission-critical push-to-talk and push-to-video systems, remote assistance, and cloud access. 🚙 Vehicle connectivity, including for emergency response. 📊 AMI (Advanced Metering Infrastructure) including sensors, meters, demand-response, smartphone apps and other assets. 👁️ Video surveillance, from both fixed cameras and (increasingly) drones / UAVs and ground-based robots. 🔍Leak detection and environmental monitoring via cameras and sensors (including infra-red) over wide areas. 🖧 Backup for wireline / fiber networks. While 5G is still relatively new for energy and utilities companies, it is becoming increasingly viewed as the preferred wireless platform of choice, especially across medium and wide-area deployments. Often, equipment and other assets are in locations without suitable public network coverage, or with limited connectivity from legacy technologies. Learn more about 5G use cases and integrating multiple technologies: https://bit.ly/47c9hvI #5G #Private5G #5GUseCases #Energy #Utilties #PrivateNetworks

What are 5G use cases for energy and utilities companies? 5G is still relatively new for energy and utilities companies, but it is becoming increasingly viewed as the preferred wireless platform of choice, especially across medium and wide-area deployments. 💡Management and connectivity for DER (Distributed Energy Resources), including micro-grids and localized generation facilities. ⚡Distribution Automation (DA), which involves collecting and processing key grid data and metrics, such as frequency, voltage and current. Applications like Fault Location Isolation & Service Restoration (FLISR) rely on ultra-low latency, extreme reliability, and the capability to operate within local areas of the power grid in isolation. 📞 Tele-protection is a critical use-case for communications, protecting high-voltage equipment against surges and other problems. Sub 10-millisecond latencies are needed for protection relays. While fiber is optimal, 5G may take a growing role in the future. 🔒 Field Area Networks (FANs), including asset monitoring, safety and security systems and general-purpose IT connectivity. 🦺 Low-Latency Supervisory Control and Data Acquisition (SCADA systems, for monitoring and operational control of sensors, switches and breakers, pumps, valves etc. 👷 Workforce communications, including mission-critical push-to-talk and push-to-video systems, remote assistance, and cloud access. 🚙 Vehicle connectivity, including for emergency response. 📊 AMI (Advanced Metering Infrastructure) including sensors, meters, demand-response, smartphone apps and other assets. 👁️ Video surveillance, from both fixed cameras and (increasingly) drones / UAVs and ground-based robots. 🔍Leak detection and environmental monitoring via cameras and sensors (including infra-red) over wide areas. 🖧 Backup for wireline / fiber networks. Learn more about 5G use cases and integrating multiple technologies: https://bit.ly/43S5C3a #5G #Private5G #5GUseCases #Energy #Utilties #PrivateNetworks

Energy Consumption Rise: AI data center energy use is expected to skyrocket from 2.19 TWh in 2023 to 58.90 TWh by 2028. This will coincide with possible demand for EVs although there seems to be an increase in people turning away from EVs due to cost of electricity, cost of insurance, range, time to charge, cost of home chargers, lack of low cost public charging stations, battery costs, and weather limitations. The new energy glutton is AI data centers. AI data centers need to offset the cost of utilities being built, and utilities will have to pass that cost to consumers. Consumers will absorb the cost regardless who funds the utility infrastructure. Hyperscalers better start addressing their power consumption without actually increasing their carbon footprints, and it should be watts not carbon credits. The public that uses AI need to start being charged by the watts of power they consume at a data center. That should be easy enough to measure and bill. That type of energy surcharge should be used by Hyperscalers to fund non greenhouse gas emitting energy centers, not increase their gross margin.

https://lnkd.in/ewEFuGxj Interesting article - Edge use cases are certainly focused on AI inferencing and CDNs... but its the benefits for the wider industry which are often less clearly articulated For us at Deep Green, Edge is the 3 C's - "Carbon", "Cost" and "Connectivity".... - Connectivity - ability to light dark fibre, for point to point connections or interconnects with local exchanges for stupidly low latencies - as well as the advantage of keeping the 0's and 1's local to reduce netowrk power usage - Cost - power at <17p /kwh with solar and batteries behind the meter (conventional DCs don't have the right land (for solar) : power demand ratios (we have a lot of land available for solar (car parks, roofs etc) compared to the relatively small demand of our data centres) - Carbon - lower Scope 3 (from containerisation), lower network power usage, all carbon offset + all the social good delivered from heating pools or social housing Edge with heat recapture is just better on any variable you wish to measure a data centre on. For all of these reasons, if you're not integrating an ever growing amount of Edge capacity into your estate, you will be behind the competition. Period...

Machine learning and artificial intelligence can help catapult South Africa’s energy distribution into the future. Across the globe a new generation of energy production plants is coming online that is smarter and more efficient, thanks to Fourth Industrial Revolution (4IR) technology. With smart devices, sensors, and 4IR tech, these new power utilities are enabling consumers and producers to interact in real time resulting in better resource management. Read more: https://shorturl.at/alOTX #WitsForGood #WitsNews

Telecom towers, the silent giants that connect us, are undergoing a technological revolution. As we move towards a hyper-connected world, these towers are evolving beyond their traditional role of simply carrying antennas. Here's a glimpse into the exciting technologies shaping the future of telecom towers: 1. 5G Integration: The arrival of 5G has ushered in a new era of blazing-fast speeds and ultra-low latency. This necessitates denser networks with smaller cells, leading to the widespread deployment of small cells on existing towers. This densification will cater to the growing demand for data and enable innovative applications like autonomous vehicles and smart cities. 2. Edge Computing: Edge computing brings processing power closer to the source of data, minimizing latency and improving efficiency. This technology finds its perfect home on telecom towers, allowing for real-time processing of data generated by connected devices at the network's edge. This is crucial for applications like AR/VR and industrial automation. 3. AI-Powered Automation: Artificial intelligence is transforming network management. AI algorithms can automate tasks like network optimization, anomaly detection, and self-healing, leading to increased efficiency and reduced downtime. This translates to a more robust and reliable network experience for users. 4. Sustainable Solutions: Sustainability is becoming a top priority. Telecom companies are exploring the use of renewable energy sources like solar panels and wind turbines to power their towers, reducing their carbon footprint. Additionally, tower designs are being optimized for energy efficiency. 5. Multi-Purpose Towers: The future of telecom towers extends beyond just providing connectivity. Towers are increasingly being equipped with additional functionalities like LED lights, environmental sensors, and even electric vehicle charging stations, turning them into multi-purpose infrastructure hubs that contribute to smart city initiatives. Looking Ahead: These advancements are just the beginning. As technology continues to evolve, we can expect even more innovative applications for telecom towers. The convergence of these technologies promises a future of seamless connectivity, enhanced user experiences, and a more sustainable telecommunications landscape. image cr: #firefly #sstl #Ssquarespenta #telecomtower #towerco #5G #4G #technologies

Our latest blog explores the rise of the Industrial Internet of Things (IIoT) and how advanced sensor/control tech is transforming industrial processes. Don't miss out—read now! Read here https://ow.ly/c0bn50Q51wt #IIoT #IndustrialConnectivity #TechnologyTrends #Lcom #SameDayShipping #InfiniteElectronics