KRT Collective’s Post

When it comes to design considerations for new industrial construction, the old adage is true: “By failing to prepare, you are preparing to fail.” We’ve partnered with a number of customers in industrial manufacturing to ensure the design and planning phase of new advanced construction projects go as smoothly as possible. Electrical planning for industrial projects is critical for ensuring not only the functionality and efficiency of the facility from day one, but also its safety, scalability, and sustainability in the long term. Industrial electrical design plays a foundational role in this planning phase, requiring meticulous consideration to meet the demands of modern industrial operations. So, we wanted to share with you our key electrical design considerations that project managers and engineers must navigate to ensure the success of new industrial construction projects, from electrical system installation to adhering to electrical engineering practices. Because as industrial electrical experts with particular expertise in electrical system installation, we understand the vital importance of good project planning and management to building any industrial facility. https://lnkd.in/eRi8Pzqc #electricalengineers #mechanicalengineering #technology #industrysolutions #electricalengineering #electricalwork #industrialelectricalengineers #qualitymatters #industryexperts

Building Dreams Together: With Elaine's enthusiasm and drive, the sky's the limit for what we can achieve as a team! ✨🚀   #RisingStarMEP #NewTeamMember #MEPExperts #120Degreez #KnowledgeAndExpertise #EmpoweringExcellence #MEPRevolution #MEP #MEPengineering #MEPconsultants #BuildingEvolution #ArchitectureDetails #EnergyManagement #sustainability #design #technology #solutions #construction #designdevelopment #schematicdesign #valueengineering #californiaconstruction 

Phase Design & Engineering are nearing completion of our latest NSCD (Negative Short Circuit Device) Priority 2 ETE Design package, across Kent & Sussex. Our ETE Designers have been surveying multiple Substation and T.P Hut locations over the Kent and Sussex routes, on behalf of our Client BAM UK & Ireland, with the view to producing compliant, safe and robust detailed ETE/ETM designs to support the wider NSCD roll-out. NSCDs form part of the ‘Electrical Safety Delivery’ (ESD) programme, formerly known as the National Electrical Safety Improvement Programme (NESIP), which consists of many elements and workstreams. One of the key challenges is to achieve near full compliance with the Electricity at Work Regulations 1989 - including the requirement for secure isolations. Phase Design & Engineering are passionate about supporting such projects and initiatives, with improving electrical safety across the network. Our ETE scope for the latest package, included multiple conductor rail modification proposals, full gapping analysis studies, DC track feeder cable enhancements and Substation negative return cabling / T.P Hut negative reference cabling proposals. Bespoke copperwork busbar modifications were also designed in areas, to ensure a compliant arrangement for both the ETE and NSCD cabling. The Phase Design & Engineering approach to these designs, and all multi-discipline designs that we produce, has been to focus on the future installation, operation and maintenance of the designed assets. Whilst this takes additional time at design stage, our focus on buildability, the end user and also future maintenance and modification schemes, separates us from the others and has been very well received by existing and new Clients. Every asset is surveyed properly and in detail, with full correlations undertaken on each applicable NR record drawing, eliminating the risk of designs being either generic, or incurring heavy red-lining when the construction stage arises. With all designs to date approved with CAT1 DRNs, we look forward to supporting this electrical safety project over the line, and seeing the finished products on site! 

The Shocking Truth About Electrical Mistakes in Construction (and How to Avoid Them!) ⚡ Imagine this: months of careful planning, tons of steel and concrete, a project nearing completion... then, the lights flicker. A critical electrical error throws everything into chaos, delays, and budget overruns. It's a nightmare no construction professional wants to face. But the reality is, electrical mistakes are surprisingly common, and their hidden costs can be shocking. Here are 5 hidden costs of electrical errors that can cripple your project: Rework & Repair: Imagine tearing down walls and rerouting cables. The labor, materials, and lost time can be astronomical. Delayed Deadlines: Every day counts, and electrical delays can push back occupancy dates, costing you penalties and lost revenue. ️ Safety Hazards: Faulty wiring poses a serious risk of fires, accidents, and even legal repercussions. Reduced Efficiency: Suboptimal systems can lead to higher energy bills and strain on equipment, impacting your long-term budget. Reputational Damage: News of electrical problems travels fast, potentially damaging your credibility and future projects. So, how do you avoid these pitfalls? Proactive collaboration is key! Engage experienced electrical contractors early in the planning phase. Their expertise can identify potential issues, optimize designs, and prevent costly rework. Rikilon Engineering, with over 20 years of experience, has successfully navigated the complexities of countless construction projects. We work closely with architects, engineers, and project managers to ensure seamless electrical integration and avoid hidden costs. Don't let electrical mistakes shock your project. Contact Rikilon today for a free consultation and let's turn your vision into reality, watt by watt. #ElectricalContracting #ConstructionManagement #RiskMitigation #ProjectPlanning #RikilonEngineering

TETER is now ranked #3 on The Business Journal Fresno's Top Engineering Firms list! Our multi-disciplined engineers prioritize long-term energy-efficient solutions when clients need cost-effective engineering designs. Whether the projects are brand new, renovations, modernization, simple, or complex, our engineering teams give clients peace of mind regarding their facilities' mechanical, electrical, plumbing, or structural issues. #TETEREngineering #TheBusinessJournal #BookofLists

Building a new substation or retrofitting the old one is a complex process full of design and engineering tasks to be worked on. The main steps in substation design and engineering are as follows:

Precision: Accurate material and cost estimates. Swift Turnaround: Timely estimates for you. Tailored: Matches unique project requirements. Savings: Avoid over-purchasing, save money. Efficiency: Streamlined for project speed. #recruitment #engineering #civilengineering #design #xactimate #electrical #estimation #roofers

At DLA Architects, our commitment to continuing education is at the heart of our practice. We make sure we’re up to date on the latest trends and technologies. Berg Engineering Consultants, Ltd. hosted this week’s #continuingeducation session on HVAC, explaining the pros and cons of different mechanical equipment technologies. 🛠️ #professionaldevelopment #formfollowslearning

🌟 Every Wire Tells a Story! 🌟 🔍 In the complex world of construction, each wire tucked behind walls has its own tale. But why is it crucial to meticulously label and number these wires? Let’s delve into the hidden world behind the walls of homes and buildings! 🛠 Attention to Detail: Labeling and numbering wires in construction is not only a technical necessity but also a safety imperative. This method allows for precise tracking and monitoring of all electrical lines, enabling quick identification and resolution of issues when problems arise. 🔌 Safety and Efficiency: Imagine a large building where an electrical fault occurs. If each wire isn’t properly labeled, troubleshooting could become a costly and time-consuming nightmare. These labels help us quickly and accurately pinpoint and address the issue. 💡 Organization and Order: In any construction project, maintaining order and organization is vital. Properly labeled and numbered wires allow us to easily manage different electrical systems, prevent disruptions, and save on time and costs. 🛠 Technical Standards: Using international standards for wire labeling and numbering ensures that technical professionals, from engineers to technicians, can communicate and follow the same standards worldwide. 🌐 Collaboration and Communication: In today’s interconnected world, collaboration among professionals from various locations is essential. Systematic naming and numbering of wires facilitate effective and precise project execution, even if teams are not physically together. 🔧 Remember, in the world of engineering, every small detail can have a significant impact. Properly labeling and numbering wires is one of those key details that help us build safer, more efficient, and smarter buildings. 🔗 Want to know more? Share your thoughts with us and pass this post along to your friends in the industry! #ElectricalEngineering #Construction #Safety #Technology #Innovation

Over the recent years, a target discipline for Phase Design & Engineering has been ETE (Electrical Track Equipment) designs, focusing on conductor rail and associated DC cabling aspects. Historically, our team have often found this discipline to be diluted across the industry, with a lack of detail and generic proposals put forward. We set the challenge of identifying areas of conductor rail / ETE design that could be improved, to offer our clients an increased level of detail to meet and exceed client expectations. This approach has been gratefully received by our clients, and has led to Phase Design & Engineering becoming a valuable supply chain partner to many principal contractors across the DC electrified network. With the Network Rail 3rd Rail area having approximately 4,400 track km at nominal 750-volt dc, there is significant opportunity to produce robust and credible proposals for a number of enhancement and upgrade projects. Here, our teams are on the Isle of Wight, undertaking conductor rail surveys alongside Pod-Trak, as part of a wider scope of works for South Western Railway on the Island Line. Our conductor rail surveys are planned and executed in detail, with key data recorded from the asset such as rail weight, average percentage wear (head, web and foot) and compliant gauging. Traditionally across the third rail networks, conductor rail condition had been assessed by local maintenance teams using an insulated profile gauge, directly measuring the wear dimensions and forwarding the data captured for analysis. By the 1980s the gauge was modified by converting the measuring scales to read percentage wear, instead of the actual wear dimensions, thus removing the need for computation and further analysis. This system then fell into disuse with the anticipated development of train born monitoring systems and the difficulty in arranging safe access to discharged conductor rail, to facilitate handheld callipers to be used, as demonstrated below. Our next company technical briefing is on profile gauging, with a technical commentary paper produced for discussion and continued development within the team. Phase Design & Engineering have a strong focus on historical conceptions and developments, which our designers can then understand and utilise the best practices and proved theory within modern proposals.