Casey Electric Sales Inc.’s Post

Attention to all major cable manufacturers, With an impressive €4bn investment surge in 2023 into the energy sector across Europe, the trajectory of the cable industry's growth appears to be nothing short of exponential over the upcoming decade or so. Across Europe, companies are hustling to secure resources, talent, and infrastructure in anticipation of this monumental expansion. Now, you might be wondering about the purpose behind this post. Simply put, I extend an invitation to all significant players in the cable industry to reach out and explore how Petig, as the leading European expert in hydraulic cable cutting, can support your endeavors by providing state-of-the-art tools and machinery. To those among you who represent prominent cable enterprises, I encourage you to connect with me. Let's delve into how our standard product offerings can elevate your operational efficiency to meet the escalating demand for large-scale cables. For the bold and forward-thinking individuals and organizations, I challenge you to inquire about our capabilities to automate your cable cutting processes, propelling you miles ahead of the competition. #Cables #MarketLeader #BeTheBest #Energy #SubseaCables #hydraulic

Since the disruptions caused by the COVID-19 pandemic, one of the challenges hydroelectric companies, organizations, and power marketing administrations like WAPA have faced include issues surrounding supply chain management. The delayed delivery of critical power system components has risen from mere months to years. This includes the availability of heavy voltage lines and large transformers, of which the latter can take up to 4 ½ years to be delivered and, in some cases, have risen in cost by 200%. Read below how WAPA formed a team to mitigate these ongoing challenges – and found results: #hydro #electric #hydroelectric #WAPA #cleanenergy #supplychain

Single-Phase Power vs Three-Phase Power The principal elements of an #electric #powersystem are the #generating #stations, the transmission lines, the substations, and the #distribution #networks. The #generators produce the #electricity, the #transmission #lines move it to regions where it is consumed, and the #substations transform it for industrial, commercial, and residential use... Read more: https://lnkd.in/drubzkZ #singlephase #threephase

A concerning risk of widespread HV cable faults is looming in all new Australian energy infrastructure projects, which begs the question, is your organisation adequately prepared to avoid potential catastrophic cable failures? To avoid operational setbacks, delve into this case study by Ron Scollay of Machinemonitor Pty Ltd and learn: • How early detection and testing can help avert a crisis • What sort of pre-commissioning assessment should be done • How to ensure regulatory compliance • How this approach can enhance project reliability and safety To access the full case study, click here: https://hubs.la/Q02v-7w30

The demand for power might make one of Canada’s cleanest grids dirtier - https://lnkd.in/gxs73ivZ Manitoba will need to almost double the power it uses over the next two decades. Experts say we should look to wind and solar to achieve that, but Manitoba Hydro has been — and could continue — relyin ... Read More #albertaenergy #canada #energy

intro:British Standard three-core medium-voltage cables are a common feature of power transmission and distribution systems, facilitating the transfer of medium-voltage electrical energy. Such cables are suitable for use in the distribution of electrical power in industrial, commercial and residential areas, as well as for the transmission of power in distributed generation systems. Specific application scenarios include, but are not limited to, the following: product url:https://lnkd.in/gnCT2_wY

📣 Webinar next week 📣 Top 5 Cable Management Pitfalls and How to Avoid Them Register here: https://lnkd.in/gfKnNCeM Cable management is a hot topic in #utilitysolar. A recent industry report indicates that more than 80% of projects face wiring issues, with over a quarter of these problems stemming from poor cable management. Join the Gripple USA solar team on Oct. 30 as they discuss... - Failing Cable Ties - Minimizing Cable Damage and Wear - Overcoming Skills Shortages - How to Make Smart Savings - Balancing Cap-Ex and Op-Ex requirements With failures resulting in hundreds of thousands of dollars’ worth of downtime and lost production, it is in every key stakeholders’ interests to get cable management right. Register here to join live or watch on-demand: https://lnkd.in/gfKnNCeM Gripple is a top supplier of cable management systems globally. Their best practices are based on experience working with EPCs and solar contractors in North America, Europe, Asia and Africa. Hear from Christopher Kennedy, Tommy Luce and Lewis R. on Oct. 30 at 2 pm ET. #cablemanagement #solarinstallation #solarEPCs

"Electric power has historically been generated, transmitted, and distributed primarily as alternating current (AC) electricity. However, recent power technology trends have seen growth in direct current (DC) electricity generation, battery storage, and loads. These DC technology trends have sparked an interest in direct DC power distribution in buildings, mostly for potential energy efficiency benefits from fewer AC-DC power conversion steps.” – excerpt from the recently published CSA research report, Automated Demand Response and Efficiency in DC Power Systems for Buildings, co-authored by AES Senior Associate Brent Lipson and AES Electrical Designer, Kevin Voon. To read and download the complete report, visit https://lnkd.in/gz-uM3ag

Follow the money – Part IV In 2023, $77.9 billion (bn) of transmission and distribution (T&D) in-service additions were reported by nearly 270 regulated electric operating companies across the United States – 16.5% higher than in 2022. The table, prepared by Hitachi Energy’s Velocity Suite research team, provides a breakout by category for both transmission and distribution investments. In 2023, three of the transmission categories increased in-service additions year-on-year by more than 20%, including underground conduit (81.5%), structures and improvements (34.9%), and poles and fixtures (22.0%). Nearly all categories of distribution additions increased by double digits from the previous year, including energy storage equipment (671.7%), poles, towers and fixtures (18.4%), underground conductors and devices (15.1%), street lighting and signal systems (15.2%), and underground conduit (13.0%). Power grid investment is at record levels with no slowdown in sight. #poweringgood #HitachiEnergy #powergrid #gridinvestment #gridresilience #electricity #energymarketintel

Utilities of North Plains Connector Interregional Innovation Consortium Applaud the U.S. Department of Energy for Historic Investment in Interregional Transmission Through $700 Million Grid Resilience and Innovation Partnership Grant August 06, 2024 08:45 AM Eastern Daylight Time HELENA, Mont.--(BUSINESS WIRE)--The North Plains Connector Interregional Innovation Consortium expresses its gratitude to the U.S. Department of Energy for its support in enhancing the resilience of our electric system. The $700 million grant from the Grid Resilience and Innovation Partnerships program will help reduce costs for customers and support the development of North Plains Connector, a groundbreaking electric infrastructure project. Building large-scale linear infrastructure is a complex challenge. Reliably meeting the increasing demand for electricity while ensuring resilience of the electric system, is a dual challenge. By working together, we aim to ensure reliability and resilience for customers across multiple regions, providing the energy needed today and desired tomorrow. - ALLETE Inc., Avista, Minnkota Power Cooperative, Montana-Dakota Utilities, NorthWestern Energy, Otter Tail Power Company, Portland General Electric, Puget Sound Energy About North Plains Connector: North Plains Connector is an approximately 415 mile and up to 525 kilovolt high voltage direct current (HVDC) transmission line connecting the U.S. eastern and western electric grids in Montana and North Dakota. North Plains Connector will be open to all sources of electrical power generation and will be able to transport power in either direction along the line. For more information, visit https://lnkd.in/g26YcmBs.