INS Engineering’s Post

“Importance of Standards in Power System Studies: An Overview” The standards in power system studies provide a guidelines for consistent and reliable analysis, ensure compliance with regulations, promote interoperability, and contribute to the safety, efficiency, and resilience of power systems. They are essential tools for engineers, operators, and regulators working to maintain and improve the reliability of electrical power systems. The following section provides some insight into the importance of standards in the context of power systems: 1.      Safety and Reliability: ·        Standards define safety requirements for equipment and systems, reducing the risk of accidents and ensuring the well-being of personnel. ·        Reliability standards guide the design and operation of power systems to minimize the likelihood of failures and disruptions. 2.      Interoperability and Compatibility: ·        Standards guides that devices and systems from different manufacturers can work together seamlessly. ·        Interoperability and compatibility enable the integration of diverse technologies, promoting innovation and competition in the market. 3.      Regulatory Compliance: ·        Adherence to standards is often a legal and regulatory requirement. Utilities and other stakeholders must comply with these standards to obtain permits and approvals. ·        Regulatory bodies use standards to establish a baseline for evaluating the performance and safety of power systems. 4.      Efficient Planning and Operation: ·        Standards provide methodologies and guidelines for power system studies, including load flow analysis, short-circuit analysis, and stability assessments. ·        Efficient planning and operation based on standardized approaches lead to optimal use of resources and improved system performance. 5.      Grid Resilience: ·        Standards contribute to the resilience of power grids by ensuring that systems are designed and operated to withstand various challenges, such as extreme weather events, cyber threats, and equipment failures. 6.      Innovation and Technology Integration: ·        Standards foster innovation by providing a common framework for the development of new technologies. ·        They facilitate the integration of emerging technologies, such as smart grids, energy storage, and renewable energy sources, into the existing power infrastructure. 7.     Cost-Effective Solutions: ·        Standards promote economies of scale by enabling the mass production of standardized components. ·        This, in turn, leads to cost-effective solutions, making power systems more affordable and accessible. #powerengineering #powerprojects #standards #IEEE #IEC

RESNET® Announces Standards Action Public Comment Draft PDS-01 RESNET/ICC 301-202x Update Proposed standard RESNET/ICC 301-202x amends ANSI/RESNET/ICC 301-2022, to update the standard for the 2025 edition. The amendments in this draft add to the amendments adopted in addenda to Standard 301-2022. Those addenda will be combined with the amendments approved in this proceeding to form the 2025 edition of Standard 301. RESNET is developing the triennial updates to the three American National Standards that apply to Energy Ratings, Standards 301, 310, and 380. Standard 301 is the second of the three that will be submitted for comment this year. It will reference the other two when completed. Public comments will be accepted from August 2, 2024, through September 16, 2024. https://lnkd.in/es4iZyYA

Are you planning ahead for your next #EPC project? I am! Join me at IEEE in Anaheim where we can connect and discuss #Transmissionlines, #Substations, and #highvoltage. Let's exchange valuable insights and knowledge to make your project a success. Looking forward to connecting with you! #engineering #projectmanagement

Some good advise from one of our experts in specification and tendering about how to start risk management and efficiency from the beginning of a project.

How do you tender control- and protection systems for substations? My experience is that requirements often are reused from one project to the next, requirements that have been carefully considered over time and are reasonable to pose, thus justifying their reuse. However, are they all up-to-date, and do they effectively address the core problems we face today? In my experience, describing requirements for control and protection systems, is a time-consuming task, and evaluating whether the proposed solution meets our requirements is equally demanding. Can we afford this when our power grid is set to expand to an unprecedented extent? At Eluminate, we work with and aim to provide our customers with the best options for efficiently handling requirements and specifications. From our perspective, the best solution is to use #IEC61850 as a framework for this process. Did you know that many vendors offer software within the IEC61850 framework, software that enables the automation of specification of individual protection relays and substations as a whole, in a standardized format. It also allows for the comparison of offerings in a standardized format, all in a very short amount of time, instead of the tedious manual process. It is therefore crucial to understand that IEC61850 is not just a communication protocol, but much more.

one if my main topics that I covered and had to showcase in my GP and current field.

Architecture of a digital substation automation system based on IEC 61850 In the power distribution process, digital substations comprise three levels (based on IEC 61850), with each level utilizing different devices to serve specific purposes. The process level comprises primary power distribution equipment such as circuit breakers, busbars, and transformers. The bay level includes secondary equipment, such as IEDs, that interface with the primary equipment. IEDs are smart microprocessor-based protection, control, and communication devices. They collect sensor data, analyse it, and communicate with other devices on the system. The station level on the other hand, consists of devices that make up the substation control system. It includes the SCADA and the Human Machine Interface (HMI). The HMI provides a simplified view of the substation equipment, enabling operators to monitor and control the devices. The communication networks that connect these devices can be ethernet-based, made of fibre-optic cables and UTP cables, or wireless communication systems. Digital substations are a game-changer for power system infrastructure. They take advantage of IEDs to offer benefits such as enhanced diagnostics, reduced maintenance costs, and improved automation.

Introducing Baseline Solutions - Freedom Scheme For years, Owner-Operators and End Users have been constrained by Service and Support contracts that diminish their expected returns from power generation solutions. The core problem is the absence of choice in service providers due to proprietary control systems installed on their equipment, which effectively locks them out of their own assets. Without a viable alternative, they are left with little to no choice but to consent to service and support contracts that deplete the anticipated return on investment. This is why we at Baseline Solutions have developed an alternative set of solutions within our Freedom Scheme. Freedom Scheme Our scheme provides the freedom of choice by offering an alternative to proprietary controls and restrictive service and support contracts, including: Technical Inspection and Report: Our engineering team conducts thorough inspections and reports on the current state of your plant and equipment. Control System Replacement & Upgrades: We replace locked-out systems with open systems. Engine Overhauls: Our services include complete engine overhauls. Spares: We offer an extensive range of spare parts. Full Service and Support Contracts: We provide coverage throughout the UK. 24/7 Remote System Monitoring and Management. Brand New Solutions: We supply, install, commission, and support new solutions. Funding: We offer fully funded upgrade and service support packages, as well as fully funded new installations. We can also own-operate and provide Power Purchase Agreements (PPAs). #BaselineSolutions #FreedomScheme #Engineering #ServiceAndSupport #ControlSystems #EngineOverhaul #RemoteMonitoring #UKCoverage #TechnicalInspection #Spares #NewSolutions #Funding

I attended a technical topic webinar from Engineering Institute of Technology titled: An Overview of Electrical Grid Monitoring, SCADA Systems and Optical Communication Networks. Power system monitoring is crucial for ensuring the reliability and efficiency of electrical grids. Continuous surveillance allows operators to detect and address issues promptly, minimizing downtime and preventing potential failures. In this context, Supervisory Control and Data Acquisition (SCADA) systems play a pivotal role. Optical communication networks enhance the effectiveness of SCADA systems in power system monitoring. These networks facilitate high-speed and secure data transmission over long distances, enabling real-time monitoring and control of critical power infrastructure. The use of optical communication ensures the integrity and resilience of the communication channels, even in challenging environments. By leveraging optical communication networks, SCADA systems can provide accurate and timely information on power system parameters, fault detection, and control actions. This synergy between power system monitoring and optical communication networks contributes to the overall reliability and stability of the electrical grid, ensuring a responsive and adaptive approach to the dynamic challenges faced by modern power systems.

Cybertrol Engineering Wins Rockwell Automation PartnerNetwork™ System Integrator Innovation Award for University Boiler System Modernization — MediaContacts.co — Cybertrol #Engineering #wins the Rockwell #Automation PartnerNetwork #System Integrator #Innovation #Award in #collaboration with #Van Meter #Inc for its #role in a critical #infrastructure #upgrade #project #focused on #server and #network modernization for a boiler system at a #Midwest university. MINNEAPOLIS, #April #30 #2024 Cybertrol Engineering, a Rockwell Automation PartnerNetwork #Gold System Integrator and industry-leading provider of plantwide automation systems and #information #solutions #today announced its #recognition as a repeat recipient of a Rockwell Automation PartnerNetwork™ Award, having won the inaugural Sustainability Award in 2023, and this year winning the System Integrator Innovation Award, presented during the 2024 PartnerNetwork Conference, an invitation-only event, held March 18-21 at the Hyatt Regency in Orlando, FL. The Rockwell Automation PartnerNetwork Innovation Awards celebrate the achievements of organizations that have successfully planned and executed innovative and transformational solutions through the application of Rockwell Automation and other partners' technologies. This year, Cybertrol Engineering was recognized for its collaborative efforts with Van Meter Inc. in implementing critical infrastructure upgrades to a Midwest university's boiler system. "The collaboration allowed us to combine our expertise and achieve results beyond what either of us could have accomplished alone, highlighting the strength and impact of being part of such a strong network." "Receiving a Rockwell Automation PartnerNetwork Award for the second consecutive year is both an honor and a testament to our ongoing commitment to excellence for our clients," said Jeff Reust, President of Cybertrol Engineering. "Our collaboration with Van Meter and Rockwell Automation not only addressed the immediate needs of the university, but also set a new standard for future projects concerning cybersecurity and system resilience." The first phase of the project included a comprehensive site study aimed at analyzing the existing system to identify potential risks and determine the optimal approach for upgrading with minimal disruption. This involved reviewing current applications, evaluating adherence to best practices, investigating redundant PLC systems, documenting the network architecture, and planning the upgrade process. During the project's second phase, Cybertrol implemented upgrades to the most recent versions of the PlantPAx® distributed control system