News

News

23 days ago

DEFINITION AND SCOPE OF TRANSMISSION AND DISTRIBUTION

Key Takeaways

• Transmission (part of the high-voltage electricity grid infrastructure) moves high-voltage power over long distances from the generation source to substations (voltage step-down facilities).
• Distribution (the lower-voltage segment of the electrical delivery system) takes power from substations to homes, businesses, and other local areas.
• The two processes work together in the overall electrical grid system (national and regional power networks).
• Transmission and distribution have distinct roles, but both are necessary for a steady power supply.

Electric power systems depend on two main processes: transmission (bulk power transfer via high-voltage lines) and distribution (local delivery of electricity through feeder lines). Many people ask, "what is transmission and distribution?" This article explains transmission and distribution in a clear and simple way. We also look at transmission vs distribution to help you understand their roles. We support our explanation with basic examples and current data to show their use in today's energy systems.

Definition and Scope of Transmission and Distribution

Transmission and distribution work together to deliver electric power from production facilities to end users. They ensure that power generated at power plants (centralised generation assets, including renewables) reaches consumers safely and reliably. This system is essential to modern life and the economy.

What is Transmission?

Transmission is the movement of high-voltage electric power over long distances. Power plants often generate electricity at voltages that need to be adjusted for effective travel through transmission lines (overhead or underground high-voltage cables). High-voltage transmission ensures minimal energy loss (kilowatt-hour dissipation due to resistance) over large distances. The system uses towers and cables to carry power between power plants and substations.

For instance, when a plant generates electricity, a step-up transformer (equipment that increases voltage for long-distance travel) increases the voltage. This change helps the electricity travel across long distances. Modern transmission lines cover hundreds of miles and link power plants with centralized substations (grid nodes that balance load and control voltage). These lines are designed to handle high power loads and provide a steady supply of energy over long distances.

Recent data shows that improvements in high-voltage transmission technology help reduce energy loss and support the integration of renewable energy sources (such as offshore wind or solar PV). For example, updated transmission networks now help carry energy from solar farms or wind parks to areas with high demand. New monitoring tools and sensors (digital equipment for fault detection and load tracking) add a layer of safety and help detect faults in the line quickly.

What is Distribution?

Distribution is the system that delivers electricity from substations (secondary voltage control points) to end users. It includes the lower-voltage lines that run along streets, in residential neighborhoods, and around businesses. After a substation decreases the voltage from its high level, it sends power along distribution lines (medium and low-voltage cables for regional supply). This change makes the power safe and useful for everyday applications.

When you see power poles on the street or an underground electrical network, you are looking at the distribution system in action. Simple transformers (step-down transformers near consumer endpoints) adjust the voltage again at the point where you use electric power. This process ensures that devices, lights, or other equipment get the power they require.

In modern systems, the distribution network is also used to collect smart data. Local sensors (IoT-enabled grid devices) monitor performance and help detect issues quickly. Many areas use smart meters (digital consumption tracking devices) that provide consumers with real-time data about their power use. This change supports a more efficient and reliable local grid (neighbourhood-level electricity network).

Transmission and Distribution Explained: How They Work Together

Both transmission and distribution play important roles in the power system (the integrated national grid). The transmission network is the backbone, moving power at high voltage over long distances with little loss. In contrast, distribution ensures that power is safe and ready for use in homes, schools, hospitals, and businesses.

To understand the process better, imagine a simple scenario. A power plant produces electricity and raises its voltage. The power is sent over hundreds of miles on transmission lines. When the electricity reaches a substation, its voltage is reduced using a step-down transformer. The now lower-voltage electricity is sent along distribution lines to your local neighborhood. In this way, each part of the system has a clear and vital role in delivering power.

Many people also ask about "transmission vs distribution." The key difference is the voltage level and the distance each type covers. Transmission uses high voltage and covers long distances. Distribution uses lower voltage and covers smaller, local areas.

Current Data and Modern Trends in Transmission and Distribution

Modern power systems show a clear trend toward efficiency and reliability. Many utilities (grid operators and energy providers) invest in advanced sensors and remote monitoring tools to improve both transmission and distribution. These updates help catch faults and speed up repairs when issues arise.

Data from the energy sector points out that adding automation to the grid can save both time and money. For example, new smart grid technologies (digitally enabled and automated control systems) help detect problems in real time. This improvement enhances reliability and reduces energy loss. In many regions, utility companies now use remote control of switchgear devices and automated system reconfiguration. These changes reduce downtime and make the overall system more resilient.

Besides fault management, new investments aim to improve the safety and capacity of transmission lines. Upgrading towers, replacing old cables, and installing advanced insulation methods all help the transmission system carry more energy safely. On the distribution side, the installation of smart meters and upgraded wiring in older areas helps meet growing energy needs.

These improvements are made while keeping safety and reliability in mind. For instance, several utilities now run pilot programs to test next-generation sensors on high-voltage lines. In one case, a pilot project in a mid-sized city helped the utility detect issues before they led to a power outage. This result shows that even small changes in both transmission and distribution networks can make a large impact on everyday operations.

How Transmission vs Distribution Impact Everyday Life

Transmission and distribution have a direct effect on how and when you receive electricity. Strong and safe transmission lines keep a steady supply of power from the source. Similarly, a stable distribution network makes sure that power is available where it is needed.

Imagine a busy morning in a residential area. A substation receives high-voltage power from long-distance transmission lines. The substation lowers the voltage, and the distribution network takes over. This process allows residents to turn on appliances, use heating or cooling systems, and power their devices without worry.

Issues in one part of this network affect everyone. If a transmission line fails, a large geographic area might experience blackouts. Similarly, a fault in the distribution network may leave one street without power. Modern updates in both parts of the network help reduce these risks. With increased monitoring and faster repair times, the system remains stable and reliable.

The value of clear engineering and precise planning in these networks is clear. Engineers monitor load conditions, adjust output, and plan maintenance schedules to minimize interruptions in service. They also work on building more capacity as electricity demand grows. This ongoing work keeps the network strong as new challenges and technologies appear.

Economic and Environmental Considerations

The design and upkeep of transmission and distribution networks have significant economic and environmental impacts. On the economic side, reliable power supply supports local businesses, manufacturing, and community development. A stable grid attracts investments and reduces the cost of running industries.

On the environmental side, efficient transmission and distribution reduce energy loss. When fewer kilowatt-hours are wasted, power plants can work less hard and produce less waste heat. This efficiency also means lower fuel use. In many cases, the reduction in waste helps to lower overall emissions. For example, areas with updated transmission infrastructure show a drop in the fuel needed to produce the same amount of power. This benefit helps regions work toward cleaner air and a more sustainable environment.

Simple Approaches to Improve the System

To achieve a strong power system, utilities take several actions. They regularly inspect and maintain both transmission lines and distribution cables. They also use technology that provides early warning of possible issues in the network. For instance, sensors on transmission towers report changes in temperature and stress. In another example, distribution networks benefit from smart meters that show real-time consumption data at the household level.

Investments in training and technology allow engineers to resolve problems quickly. They use modern computer systems to simulate load changes and plan for peak demand hours. Some local projects have already shown that these methods can reduce the risk of blackouts and save on repair costs.

By adopting such simple yet effective techniques, power providers can deliver consistent and safe electricity. In areas where renewable energy sources grow, the grid also must adapt. Many utilities now add systems that help manage the flow of energy from wind and solar installations. The result is a smoother connection between power generation and daily use.

Transmission and Distribution in a Changing Energy Future

The future of power delivery depends on smart upgrades to transmission and distribution networks. As more renewable sources like wind and solar come online, these systems must change to manage different power flows. Utilities use new data tools and sensors to handle this shift, ensuring that even as the energy mix changes, the grid remains stable.

Future plans often include expanded transmission lines to reach remote renewable farms. At the same time, distribution networks will see upgrades that support new types of power use, such as electric vehicle charging. For example, a city planning to add more electric bus routes may also update its local distribution system to handle higher loads.

Utility companies around the globe report similar challenges. They are working with governments to invest in grid improvements and new energy management tools. These changes help reduce energy waste, improve safety, and support the economic needs of communities.

Conclusion

This post has provided a clear answer to "what is transmission and distribution." We explained that transmission moves high-voltage power over long distances and that distribution brings lower-voltage power to local areas. The explanation of "transmission vs distribution" shows their distinct roles in the power grid. Both systems must work well together to deliver safe, reliable electricity to every consumer.

We have also included examples and current data to show how the power grid operates in real life. By knowing the role of transmission and distribution, you can better appreciate the effort behind each flick of a light switch and every charge at your plug.

This understanding is a key part of modern discussions about energy. It also shapes planning for future technologies, including renewable energy and smart grid improvements. We hope this article gives you a useful overview that meets your needs for clear and practical information.

As you look at future power solutions, remember that both transmission and distribution are important. They are the basic steps that keep our lights on and our devices ready to use. The simplicity of these concepts hides the true scale of engineering and planning needed for a modern energy system.

FAQS

Q: What is the difference between transmission and distribution in electricity?
A: Transmission refers to the movement of high-voltage electricity over long distances from power plants to substations. Distribution delivers lower-voltage electricity from substations to homes and businesses.

Q: Why is high voltage used for electricity transmission?
A: High voltage is used in transmission to reduce energy loss over long distances. It allows electricity to travel more efficiently through transmission lines.

Q: How does a substation work in the power grid?
A: A substation adjusts voltage levels, either increasing voltage for long-distance transmission or decreasing it for safe local distribution to end users.

Q: What role do smart meters play in power distribution?
A: Smart meters track real-time electricity usage, help detect faults, and support more efficient energy distribution by providing data to both consumers and utilities.

Q: How do transmission and distribution systems support renewable energy?
A: Updated transmission and distribution systems help integrate power from renewable sources like wind and solar, delivering it efficiently to areas of demand while reducing energy loss.

Latest Jobs

Transmission Recruitment

Planner (Senior)

Scotland - United Kingdom

Senior Project Planner - Inverurie, Scotland Engagement Method: Permanent Employed Position Role Purpose: Step into a pivotal role where your expertise will shape the success of multi-disciplined, multi-sector projects. As a Senior Project Planner, you will be instrumental in facilitating planning, scheduling, and controlling processes, ensuring seamless project delivery. Your insights will provide clear, fact-based answers to key management questions, aiding intelligent and effective decision-making. Benefits: - Professional Growth: Engage in a role that offers continuous learning and development opportunities. Mentoring and guiding junior planners will enhance your leadership skills. - Impactful Work: Your contributions will directly influence project outcomes, providing a sense of accomplishment and professional fulfilment. - Collaborative Environment: Work closely with a dynamic team, including the Main Contractor, Project Manager, and Commercial Team, fostering a collaborative and supportive work atmosphere. - Stability: Enjoy the security and benefits of a permanent employed position in a reputable organisation. Key Functions: - Deliver high-quality service to the project manager. - Mentor and guide Planners/Juniors as required. - Review contract documentation, highlighting key schedule and tracking requirements. - Develop construction schedules based on high-level targets and WBS from the Project Manager. - Support client schedule negotiations. - Labour and metrics load schedules based on inputs from the Commercial Team. - Develop necessary trackers and reporting templates. - Create fully integrated construction schedules in collaboration with the Main Contractor and Project Manager. - Measure and track weekly progress and efficiency, validating formally with the Commercial Team every 2-3 weeks. - Identify potential risks and roadblocks, escalating them to the Lead Planner as needed. Responsibilities: - Serve as the point of contact for the Project Manager on all planning-related issues. - Develop schedules and histograms for bid support as required. - Support the implementation of the planning process. - Facilitate planning meetings and validate high-level target schedules. - Optimise build schedules and develop a “Pinch Point Register.” - Submit schedules and S-curves for review and approval. - Develop negotiation strategies to mitigate schedule risks. - Assist in the development of overall integrated schedules. - Ensure schedules are labour-loaded and aligned with commercial budgets. - Present schedules to the construction team, ensuring thorough understanding. - Support risk identification and mitigation efforts. - Provide early warnings to project management teams and advise on performance improvements. - Monitor package progress and efficiency, providing estimates on labour candidate-hour spend. - Facilitate weekly “Look Ahead” meetings on-site. - Compile and issue period progress reports. - Manage, revise, and maintain schedules, escalating risk items as necessary. - Seek opportunities to improve internal customer service and processes. - Maintain information security compliance. This role is ideal for a seasoned project planner ready to make a significant impact in a dynamic and collaborative environment. If you possess the skills and experience required, this position offers a rewarding and stable career path.

Transmission Recruitment

Senior OHL Design Engineer

North Yorkshire, UK - United Kingdom

To support the expanding Design function within our clients company, we are seeking a Senior Overhead Line (OHL) Design Engineer to join their dynamic team. This role involves leading key design activities, including profiling, routing, load and strength analysis, foundation design, and conductor selection studies. We are looking for technically skilled professionals who are also innovative problem-solvers with strong stakeholder communication abilities. The position includes project and program planning, interdisciplinary coordination, and design process development. Key Responsibilities: Conduct high-quality design studies, adhering to current standards, scope, and timelines. Utilize Power Line Systems (PLS) design software and other relevant CAD tools. Manage ancillary design processes, including coordination with drafters, and checking/approving drawings and schedules. Take ownership and accountability for design deliverables. Develop new design processes and tools to enhance efficiency, quality, and innovative engineering solutions. Engage with clients to build and maintain strong relationships. Mentor and coach junior engineers and team members. Plan and manage workload in alignment with client and business needs. Experience & Qualifications: Essential: Minimum 2:1 degree in a relevant discipline (e.g., Mechanical, Structural, or Civil Engineering). Experience in a multi-disciplinary engineering, utility, or DNO environment. Strong understanding of CDM Regulations and the designer’s responsibilities. Proven experience of OHL design experience in transmission or distribution. Knowledge of OHL standards, including BS and ENA specifications. Proficiency in PLS-CADD, PLS Tower, or PLS Pole software. IT literacy, including Microsoft Office. Excellent written, verbal, and interpersonal communication skills. Strong analytical and problem-solving abilities. Ability to engage effectively with diverse industry stakeholders. Proactive in staying updated on electricity transmission and distribution trends. Desirable: Chartered Engineer status (e.g., MICE, MIET, MIMechE) or equivalent experience.

Transmission Recruitment

Primary Engineer - Principal

United Kingdom - United Kingdom

Role Purpose: The Principal Primary Design Engineer will spearhead the HV Primary Engineering design delivery for electrical substation projects up to 400kV. This role involves leading a team of Design Engineers and assisting the Design Delivery Managers in the daily operations of the engineering and technician teams. The position also encompasses planning and procurement responsibilities for substation project delivery. Benefits: - Career Advancement: This role offers a pathway to leadership, providing the chance to shape the technical direction of a dedicated engineering team. - Professional Growth: Engage with cutting-edge technology and industry best practices, ensuring continuous professional development. - Collaborative Environment: Work alongside a diverse and skilled team, fostering a culture of knowledge sharing and innovation. - Impactful Work: Contribute to critical infrastructure projects that power communities and industries. Key Accountabilities: - Lead the Design team to meet customer specifications, ensuring compliance with National/International Standards and legislation. - Approve HV plant design deliverables, including single line diagrams, layout drawings, and earthing design calculations. - Ensure designs adhere to Health & Safety Procedures and CDM regulations. - Oversee the review and approval process for models and drawings, incorporating BIM best practices. - Guide the engineering team in adopting industry advancements and best practices. Key Responsibilities: - Ensure compliance with Quality, Health & Safety, and Environmental Procedures. - Deliver engineering designs within programme, quality, and budget constraints. - Approve designs and manage inter-disciplinary design gaps. - Support the Design Delivery Manager in departmental operations and team development. Design Responsibilities: - Ensure compliance with relevant standards and customer requirements. - Undertake AIS and GIS substation design up to 400kV. - Approve substation design deliverables and engage with suppliers for offer validation. - Perform roles such as Contractor Design Approval Engineer and Principal Designer representative. Planning Responsibilities: - Coordinate workload and priorities within the Primary Plant Team. - Prepare and review Design and Engineering Management Plans. - Liaise with Design Engineers, Project Managers, and other departments to meet project requirements. Commercial/Contract Responsibilities: - Report contract scope variations and manage early warnings on projects. - Specify and quantify equipment/materials for site requirements. Candidate Requirements: - Education & Qualifications: Graduate in Electrical Engineering or equivalent, Chartered Engineer or working towards, Member of IET (MIET). - Experience: Over 10 years in a Design Office environment, experience as a senior HV Substation Primary Plant Design Engineer, familiarity with AutoCAD and Microsoft Office, and knowledge of BIM 360. - Personal Skills: Strong leadership, articulate communication, innovative problem-solving, adaptability, and self-motivation. This is a role for those who are ready to lead, innovate, and make a significant impact in the Power T&D sector. If you possess the required skills and experience, this could be the next step in your professional journey.

Transmission Recruitment

Protection & Control Engineer - Principal

United Kingdom - United Kingdom

Step into a role where your expertise in engineering control and protection designs for electrical substation projects up to 400kV will be highly valued. This position, integral to the Control and Protection function, also encompasses General, Planning, and Procurement responsibilities for the successful delivery of substation projects. Benefits - Professional Growth: Engage in a role that encourages continuous development and training, enhancing your skills and experience. - Impactful Work: Contribute to significant projects, ensuring the safety and reliability of electrical power systems. - Collaborative Environment: Work closely with Project Managers, customers, suppliers, and various departments, fostering a team-oriented atmosphere. - Leadership Opportunities: Take on responsibilities that allow you to shape and guide the Design Team, influencing project outcomes and company success. Responsibilities General: - Adhere to Company Quality, Health & Safety, and Environmental Procedures. - Support the development and training needs of the Design Team. Planning: - Coordinate contract requirements with stakeholders upon contract award. - Develop detailed engineering design plans and manage project timelines. Procurement: - Specify and quantify equipment/materials, ensuring cost-effectiveness. - Report and manage contract scope variations. Design: - Ensure compliance with National/International Standards and legislation. - Prepare and approve engineering designs, drawings, and test specifications. - Manage the preparation of installation and commissioning packages. Education: - HNC in Electrical Engineering or higher. Experience: - Liaising with customers and suppliers. - Design and specification of electrical power systems. - Proficiency in Microsoft Office Packages. Competencies - Customer Focus: Understand and influence customer needs. - Business Knowledge & Innovation: Foster an environment for idea development and constructive feedback. - Analysis & Problem Solving: Apply past experience to solve complex problems and assess risks. - Developing Self & Others: Provide job-specific advice and implement development plans. - Planning & Organising: Develop and monitor project plans and resource utilisation. - Decision Taking & Risk Management: Make informed decisions with potential business impact. - Team Working: Delegate tasks effectively and support team members.

Transmission Recruitment

HV Design Engineer - Principal

United Kingdom - United Kingdom

Role Overview: Step into a pivotal role as a Principal Primary Design Engineer, where your expertise will shape the future of electrical substation projects up to 400kV. This position offers the chance to lead a dynamic team of engineers and technicians, ensuring the delivery of top-tier designs that meet stringent national and international standards. Why This Role Stands Out: - Leadership Impact: Lead a team of skilled engineers, driving the technical direction and ensuring compliance with industry best practices. - Professional Growth: Engage in high-level projects, enhancing your skills and experience in HV substation design and project management. - Collaborative Environment: Work closely with various departments, fostering a culture of teamwork and innovation. - Health & Safety Focus: Play a crucial role in embedding safety and sustainability into design processes, ensuring compliance with CDM regulations. Key Responsibilities: - Lead the design team to deliver projects that meet customer specifications and comply with relevant standards. - Approve HV plant design deliverables, including single line diagrams, layout drawings, and earthing designs. - Act as the Contractor Design Approval Engineer (CDAE) - Ensure all models and drawings undergo thorough review and approval processes. - Manage interdisciplinary design gaps and contribute to the development and training of the design team. - Oversee the planning and procurement responsibilities for substation projects, ensuring timely and budget-compliant delivery. Education & Qualifications: - Graduate in Electrical Engineering or equivalent. - Chartered Engineer or working towards this status. - Member of IET (MIET). Experience: - Over 10 years in a Design Office environment, with significant experience in HV substation design. - Proficient in Microsoft Office; AutoCAD experience is advantageous. - Proven track record in liaising with customers and suppliers, and in performing design integrity calculations. Personal Skills: - Strong leadership and communication skills. - Innovative and results-focused approach. - Adaptable, with the ability to meet tight deadlines. - Forward-thinking and a proactive planner. This role is ideal for a seasoned engineer looking to make a significant impact within a leading organisation. If you are driven by excellence and thrive in a collaborative, safety-focused environment, this position offers a rewarding career path.

Transmission Recruitment

Senior Buyer

Warwick (Hybrid/Flexi) - United Kingdom

Are you ready to elevate your career in procurement? Our client is seeking a Senior Category Buyer to join their dynamic team on a full-time, permanent basis. This role offers a unique blend of strategic influence and professional growth, making it ideal for those who thrive on high-stakes challenges and impactful work. Why This Role Stands Out: - Strategic Impact: Engage in procurement operations that are not just business-critical but also of national importance. Your contributions will directly influence multi-billion-pound projects, including converters, transformers, marine HVDC cable, switch gear, and civil works. - Professional Growth: Work alongside senior levels of the organisation, gaining exposure to high-value, complex procurement processes. This role offers a platform to showcase and further develop your strategic sourcing and category management skills. - Flexibility: Enjoy hybrid and flexible working arrangements, with travel to the office as required by business needs. This balance ensures you can maintain a healthy work-life integration while meeting professional commitments. - Mentorship and Leadership: Take a proactive role in mentoring and guiding Buyers and Associate Buyers, fostering a culture of excellence and continuous improvement within the procurement function. Key Responsibilities: - Develop and execute category strategies, ensuring goods and services are procured in a best-in-class manner. - Lead multiple strategic sourcing events, from market engagement through to contract award. - Collaborate with stakeholders to understand and challenge demand, delivering optimal commercial solutions. - Manage contracts to ensure successful delivery, identifying continuous improvement opportunities. - Contribute to forward planning processes, ensuring robust forecasting and maximising value. About You: - Experience in categories such as converters, transformers, marine HVDC cable, switch gear, and civil works, or large-scale infrastructure construction. - Ideally CIPS qualified or similar. - Significant experience in strategic sourcing and category management, preferably within a public sector procurement context. - Proven track record in delivering procurement services and leadership across the full procurement lifecycle. - Strong understanding of project management principles and experience in high-value procurements within complex project environments. - Exceptional written and verbal communication skills, with the ability to lead negotiations and manage commercial risks effectively. - Demonstrable collaboration skills with internal teams and the wider supply chain. If you possess the expertise and ambition to excel in this pivotal role, this is your chance to make a significant impact. Join a team where your strategic insights and procurement acumen will be highly valued and rewarded.

Transmission Recruitment

Procurement Programme Manager

Warwickshire - United Kingdom

About The Role Step into a transformative role as a Procurement Programme Manager, where your expertise will be pivotal in shaping the future of procurement strategies for major projects and programmes. Reporting to the Head of Programmes & Procurement, you will collaborate with Business Units and Joint Venture Project Partners to deliver innovative commercial and procurement strategies. This position offers the chance to make a significant impact by providing valuable insights, updates, and recommendations that support Business Unit delivery. What You'll Do As a Procurement Programme Manager, you will: - Collaborate with Stakeholders: Work with business partners to identify support needs and develop procurement strategies aligned with organisational priorities. - Resource and Cost Management: Recommend optimal resourcing for project teams and coordinate cost estimation efforts. - Sourcing Strategy Development: Co-define and lead sourcing strategies with category leads. - Program Input and Delivery: Provide input for program/project sanctioning and define the overall delivery model. - Execution Leadership: Drive the successful execution of programs and projects, managing supplier coordination and claims. - Risk Assessment: Proactively assess and mitigate procurement-related risks. - Team Development: Manage and mentor a motivated team, fostering a culture of innovation and continuous improvement. What You'll Bring - Procurement Expertise: Extensive experience in end-to-end procurement and supply chain program management. - Supply Chain Management: Broad experience in managing intricate supply chain settings. - Dynamic Communication Skills: Ability to communicate effectively at all levels and with senior leaders in supplier organisations. - Team Leadership: Proven track record of building and leading high-performing teams. - Business Acumen: Solid understanding of broader business objectives to align procurement strategies with organisational goals. - Negotiation and Dispute Resolution: Strong skills in negotiation and dispute resolution. - Collaborative Approach: Experience with cross-functional collaborative working methods. - Problem-Solving Skills: Demonstrable experience in managing large, complex projects.

Transmission Recruitment

Chief Engineer - Substations

New York - United States

Join one of the US Transmission sector’s most exciting new projects, based in NYC! Working for a leading Transmission business, this project is pushing the boundaries of Transmission connections. We are seeking a highly experienced Electrical Engineer with proven experience of GIS Substations. This role encompasses all Engineering aspects of the Substations, with complete “Thumbs up/down” oversight on all things Substation. The ideal candidate will: Have deep expertise in GIS Substation design & engineering HVAC and HVDC systems, which are critical components in delivering efficient and reliable power. Know their way around essential tools such as Microsoft Office, Bluebeam Revu, and AutoCAD, allowing them to design and manage projects with precision. Be proficient in industry codes, standards, and regulations like IEEE/ANSI, NESC, and FERC, ensuring that all designs comply with the highest safety and performance standards. Oversee and mentor junior engineers and contractors, fostering growth and ensuring top-notch project delivery. Your leadership will play a crucial role in developing the next generation of engineers. What’s more? If you've got a Bachelor of Science in Electrical Engineering and a Professional Engineer licensure (New York), or even better, a Master’s degree and a Project Management Professional certificate, we'd love to chat and explore the potential for us to collaborate! These qualifications will position you perfectly to take on challenging projects and lead our team to success. Your role? Supervise the research, planning, design, specifications, assessments, and calculations for all transmission line and substation projects. Review and approve engineering documents and drawings from contractors and consultants and provide technical assistance and support for equipment acceptance reviews. Develop and maintain the company's engineering standards. Foster relationships with industry peers to ensure best practices in reliability. Prepare, manage, record, and verify accurate documentation of company assets. Conduct and supervise analyses to evaluate the reliability and performance of the company's operational assets, and report results to executive leadership. Implement initiatives to enhance system reliability and address any gaps. Provide leadership in all aspects of design and engineering when collaborating with contractors/consultants acting in an owner's engineer capacity.

Transmission Recruitment

Consents & Environment Manager

Scotland - United Kingdom

Are you ready to elevate your career in environmental management? This role offers a unique chance to lead and shape the future of major infrastructure projects while making a significant impact on environmental sustainability. Why This Role Stands Out: - Leadership and Influence: Take charge of consents condition discharge, environmental licensing, and the preparation of environmental contract specifications. Your expertise will ensure timely project delivery and compliance with statutory and internal obligations. - Strategic Coordination: Oversee and monitor contractor and client compliance, aligning with sector-leading environmental and sustainability goals. Your role will be pivotal in meeting all statutory and internal obligations. - Stakeholder Engagement: Develop and maintain critical relationships with consenting bodies, statutory authorities, and key consultees. Your ability to build consensus and foster mutually supportive relationships will be essential. - Sustainable Relationships: Collaborate with contractors and project teams to elevate environmental and regulatory performance. Your efforts will contribute to creating a culture of excellence in compliance. - Quality Assurance: Conduct scheduled inspections and audits to ensure adherence to environmental and planning consent requirements. Your attention to detail will safeguard the integrity of our projects. What You Bring to the Table: - Project Management Expertise: Demonstrable experience in managing major projects, including setup, delivery, consultant management, cost control, risk assessment, quality assurance, and timing. Your comprehensive understanding of these elements is crucial. - Stakeholder Management Skills: Proven ability to represent client interests externally, with a track record of engaging, influencing, and negotiating to develop effective relationships. - Educational Background: Ideally, an environmental-related degree, preferably with a postgraduate qualification, coupled with experience in infrastructure or environmental consultancy. Experience in consenting and delivering major and national projects is highly valued. - Professional Membership: Membership of an appropriate environmental professional body is desirable, underscoring your commitment to the field. This role is based in the vibrant city of Edinburgh, offering a dynamic work environment and the chance to be part of transformative projects. If you are passionate about environmental management and ready to take on a challenging and rewarding role, this is your moment to shine.

Transmission Recruitment

Principal Primary Design Engineer (Substations)

United Kingdom - United Kingdom

The main function of the role is to lead the HV Primary Engineering design delivery for electrical substation projects on the transmission network up to voltages of 400kV with the assistance of the Design Engineers and Designers. Preferably the candidate will have previous experience of undertaking TP137 Contractors Design Approval Engineers (CDAE) for National Grid projects or be in a position where they could be put forward for authorisation. In addition, the Principal Plant Engineer would assist the Design Delivery Managers in the day to day running of the engineers and technicians’ teams. The role also includes leading the team in planning and procurement responsibilities as detailed below for delivery of substation projects. Their team is flexible, and the role can be based in various locations across the UK. Key Accountabilities Lead the Design team to deliver design to the Customer specification requirements, ensuring compliance with relevant National / International Standards and legislation. Check and approve HV plant design deliverables e.g. single line diagram, layout/Elevation drawings, MEWP access layouts, SC force calculations, earthing design / calculations etc. Lead Design work with due regard to Health & Safety Procedures and the Company’s obligations in compliance with current CDM regulations. Any perceived risks and mitigation measures should be advised to Engineering Manager for effective action. Ensure all required models and drawings have an adequate level of review and approval including the supplier and subcontractor supply chains. Incorporating the best practice of BIM as established in the Engineering team. Lead the technical direction of the engineering team, taking best practice and industry developments into engineering methodology. What You'll Be Doing General Responsibilities Ensure duties are carried out in accordance with Standard Company Quality, Health & Safety and Environmental Procedures and Business Process Manuals. Delivery of engineering design to programme, quality and budgets, and lead safety and sustainability by Design into the engineering delivery. Functionally the authorised approver of designs (and associated settings) on contracts in accordance with the published design/check/approve authorisation levels. Identify (and contribute to) the development and training needs of the design team as appropriate to skill level / experience Identify and effectively manage inter-disciplinary design gaps in collaboration with the appropriate project engineering mangers. Assistance to the Design Delivery Manager in the day to day running of the design department as deemed appropriate to skill level / experience including carrying out PDRs for team members and provide continuous team support. Design Responsibilities Identify all relevant standards and Customer requirements, ensuring compliance with relevant National / International Standards and legislation, and contract specification. Design work to be undertaken with due regard to Health, Safety & Environmental Procedures and production of Designer Risk Assessments, as necessary, to fulfil the Company’s obligations in compliance with current CDM regulations. AIS and GIS substation design up to 400kV. Check and approve substation design deliverables e.g. single line diagram, layout/Elevation drawings, MEWP access layouts, SC force calculations, earthing design / calculations etc. Good understanding of with electrical / mechanical interlocking philosophy To carry out Contractor Design Approval Engineer (CDAE), as defined by National Grid’s procedures, or equivalent role as defined by other clients. Ability to perform Principal Designer representative (PD Rep) role as per CDM 2015 regulation. Check and review equipment tech specs and engagement with supplier for their offer validation. Examine contract documentation and establish the Company’s scope of work including termination boundaries. Where this differs with the tendered contract requirement then these differences should be highlighted to the Project / Engineering Manager with options and solutions for resolutions. Attend and Lead the Design Review / Contract Close-out Meetings, ensuring that appropriate items are actioned in a timely manner Liaise with Engineers, Designers and Technicians on drawings requirements Planning Responsibilities Input into the allocation of work packages, coordinate workload and agree priorities within the Primary Plant Team. Prepare, contribute to, check and review DEMP (Design and Engineering Management Plans) Upon contract award, liaise and co-ordinate contract requirements with Design Engineers, Project and engineering managers and other PT&D Departments at earliest opportunity. Who We're Looking For Experience Microsoft Office packages. Working in a Design Office environment over 10 years of experience. Liaising with customers and suppliers. Calculations to demonstrate integrity of designs. Overall design and specification of electrical power systems and associated power system components. Experience as a senior HV Substation Primary Plant Design Engineer. Basic understanding of P&C aspects preferable. TP137 / SR188 Contractor Design Assurance Engineer experience is an advantage. Proven experience in a responsible position and knowledge in HV substation equipment e.g. HV plant, transformers etc. BIM 360 experience and knowledge. Desirable Experience National Grid exposure AutoCAD TP 137 / SR 188 Principal Designer Representative (Design & Build) experience. Chartered Engineer (IET) Personal Skills Articulate and persuasive both verbal and written. Strong leadership skills. Have an innovative approach to technical solutions and strongly results focused. Adaptable and responsive to change. Self-motivated, capable of meeting tight deadlines. Good forward thinker and planner.

View All Jobs