Toshiba International Corporation’s Post

Energy costs in data centers are soaring! Find out how NRAM can reduce total datacenter energy costs by 32% at https://buff.ly/3ASZGtS. #Energysavings #sustainability #GreenEnergy

"Microgrid Operations, Monitoring and Maintenance" is happening today, from 2:00 - 3:00 PM ET. The session will explore monitoring and data acquisition service and solutions across multi-vendor power system platforms for #DataCenter, #Cable Broadband, #Hospital, #Education, #Manufacturing, #Industrial, #Government, and other complex mission critical facilities. The tools demonstrated can provide true real time situational awareness and insight to provide operators with critical information to address system availability across the facility or facilities. The approach integrates advanced #energy analytics, asset management and facility monitoring tools with advanced analytics to increase visibility, improve overall efficiency, reduce costs and eliminate risk while increasing efficiency, power continuity and system resilience. A special focus of the webinar will be on DC & Hybrid AC/DC Microgrids. DC Coupled Microgrids take advantage of new technologies to allow for the delivery of safe high voltage direct current. Presenter for this webinar will include Brian Patterson, Chair, EMerge Alliance. Sign up today! https://lnkd.in/exGDfmrR

Metering and Power Quality Analysis Solutions...

The next generation of Siemens' transmission network model management offering is here! If you're a TSO looking for next level digital twin capabiliites to enhance planning, operations and maintenance, let's talk 😁. With Gridscale X Network Model Manager, utilities can handle various grid scenarios such as new or changing assets, facilitates project handling, and foster teamwork and collaboration within and across utilities. The software is cloud ready as well as fully accessible via APIs and comes with a modular architecture and cutting-edge user interface. Learn more here - https://sie.ag/4en3L6 #GridscaleX #GridSoftware #gridmanagement

🔌 BFM II and ExpertPower: The Ultimate Data Center Solution In the evolving landscape of data centers, two primary configurations exist: corporate and collocation. Addressing the unique needs of collocation data centers, the BFM II energy meter in conjunction with ExpertPower presents a comprehensive and unparalleled solution. This combination is meticulously designed to tackle three crucial aspects: Monitoring & Maintenance, Billing, and Power Quality. The BFM II is capable of measuring up to 54 currents, both AC and DC, providing extensive coverage. The BFM II energy meter's robust capabilities ensure seamless and accurate billing, vital for collocation environments where transparency and precision are paramount. The ExpertPower Cloud EMS Service enables meticulous monitoring and detailed analysis of power consumption for every rack or cage. Also facilitates proactive maintenance by providing real-time data and alerts. With power quality being crucial for the stability and efficiency of data center operations. The combined capabilities of the BFM II and ExpertPower provide robust solutions for managing power quality. Another significant breakthrough by ExpertPower is the establishment of virtual metering points. This addresses a critical need in data centers, providing clients with precise insights into their power consumption, even in complex setups. Discover the unmatched capabilities of the BFM II energy meter and ExpertPower, and how they can transform your collocation data center operations. Contact us today to learn more. #EnergyManagement #PowerQuality #SmartMetering #SATEC #Innovation

🔌 Introducing the ICT Sine Wave Series: Elevating Your Power Conversion Experience! The ICT Sine Wave Series is an intelligent, high-performance, 1500-watt pure sine wave inverter that includes a secure, easy-to-use web-browser interface, providing remote monitoring and power control with alarm reporting over an Ethernet link, along with SNMP support for integration into your wireless network management system. ✨ Key Features ✨ + Pure Sine Wave Output: Enjoy ultra-clean 115-volt AC power, ensuring the highest quality and reliability for your applications. + Impressive Efficiency: With peak efficiency at a remarkable 93%, we're maximizing power output while minimizing waste. + Remote Control: Built-in TCP/IP Ethernet allows for seamless remote monitoring and control. + Switch with Ease: Our fast static transfer switch enables smooth transitions between the inverter and AC grid or generator power. + Versatile Connectivity: 115-volt AC models come equipped with two NEMA 5-15 outlets on the front and AC output connectors on the back. 🌐 Advanced Connectivity and Monitoring 🌐 With TCP/IP Ethernet, you can monitor the inverter, AC, and battery conditions, receive real-time email notifications for alarms, or even power-cycle outputs to reboot connected AC loads. The secure web connection ensures access from a thin client, while SNMP support facilitates integration into your network management system. 🛠️ Applications 🛠️ The Sine Wave Series is designed and manufactured in North America by ICT, guaranteeing the highest quality control and reliability. It's the perfect fit for a wide range of applications, including: - Wireless two-way communications networks - Trunked radio systems - Backhaul - Small cell deployments - Security and surveillance setups - Industrial DC power solutions - Renewable energy systems Experience the high-performance power conversion with the ICT Sine Wave Series and ensure uninterrupted, clean power for your critical operations. For more information, visit our website: https://lnkd.in/eF4Hru39   #PowerConversion #CleanEnergy #SineWaveSeries #ICT #Reliability #Innovation

🚀 NEW WHITEPAPER ALERT! 🚀 We're thrilled to present our latest publication: "Beyond Conventional Grid Management - SMPnet's #Omega Framework Deployment in i-DE's Digital Substation." This groundbreaking paper explores the work of SMPnet's Omega framework within i-DE (Iberdrola Group), a pioneer in the energy sector. 🔑 Teaser Highlights: 🌟 Wide-Area Optimisation & Control: Congestion management, voltage control, and enhancements to substations and DERs. 🌟 Rapid Deployment: Leveraging virtualisation technology. 🌟 Digital Twin Models: Real-time data for astute decision-making. 🌟 Seamless Interoperability: Compatibility with industry protocols. 🌟 Strong External Interface: Bridging Omega with markets and cloud environments. Intrigued by what you see? Unlock the full insights and depth by downloading the complete whitepaper. 🌍💡 👉 Explore the Teaser and download the Full Whitepaper from our website: https://lnkd.in/e8hmyndx #SMPnet #DigitalTransformation #SmartGrid #RenewableEnergy #Interoperability #Omega

As temperatures climb, peak electricity demand escalates, putting immense pressure on cooling systems in critical facilities like telecommunication hubs and data centers. Efficient cooling is essential not only for these businesses but also for the customers they support. A MicroCool condenser coil cooling system is the ideal solution, significantly increasing cooling capacity by optimizing heat exchange processes. This advanced technology ensures reliable performance during peak demand, safeguarding equipment, enhancing operational stability, and supporting uninterrupted service for clients. #microcoolfog #telecommunication #datacenter #peakdemand #saveonenergy #condenser #cooling

💡 Energy companies deploy a multitude of OT, IT and assets in their areas of business - and we often observe one uniform thing among our customers..... ❗ ❗ Disparity. There are disparate devices, disparate protocols, disparate OEM’s (original equipment manufacturers), disparate edge configurations and more. Energy companies need a robust, secure, and scalable mechanism to ingest, normalize/contextualize, interpret, and eventually make intelligent decisions on the relentless flow of data emanating from OT assets. My colleagues Avneet Singh, Abhishek Naik and Yashar Araghi discuss how to implement a cloud-based IT/OT integration using the Purdue model. Read the blog and whitepaper below.

Edge computing is revolutionizing the energy industry, particularly in the context of electrical grids. Here are some of the key advantages: 1. Low Latency: Power distribution and transmission networks are crucial when delivering power to end-users. Edge computing brings processing capabilities and storage closer to where it is needed, improving response times. 2. Data Privacy: With the rise of smart homes and smart metering, electrical grids handle an increasing volume of private and sensitive information. Edge computing helps ensure data privacy by processing data as close as possible to its source. 3. Reduced Bandwidth: By processing data locally, edge computing reduces the need for extensive data transmission, thereby saving bandwidth. 4. Operational Efficiency: Edge computing can optimize operations, reduce energy waste, and provide higher-quality services to customers. 5. Resilience and Reliability: Combining edge computing with smart grids increases the reliability of power networks. 6. Cost Savings: Edge computing can help improve scalability and reduce operational costs by enabling systems that are easier to maintain and update. In conclusion, edge computing opens up new prospects for the development of smart grids, supporting the decentralization of the operation of the electricity network. It's a promising technology that's set to reshape the energy landscape. #SmartGridFuture #InnovationInPower #EnergyEvolution #GridTechTrends