Grid Manager

Description:

RWE Renewables UK is seeking an experienced Grid Manager to join their team and play a key role in the development and construction of large-scale, grid-connected renewable energy projects (solar, storage, and wind).

This role will focus on managing grid connection aspects of projects from initial conception to planning submission, final investment decision (FID), and construction phase. As a part of RWE’s strategy to expand its renewable energy footprint in the UK, you will work closely with distribution network operators (DNOs), transmission operators (TOs), land teams, and technical partners to drive project success.

This is an excellent opportunity to join a leading global energy company that is actively investing in sustainable energy solutions and accelerating the path to Net Zero.

🔹 Key Responsibilities:

✅ Grid Connection & Project Management

• Identify and assess new project leads and collaborate with DNOs and land teams to advance them into active projects
• Manage the grid connection process, including submitting formal applications and reviewing grid connection offers
• Engage with network operators and industry trade bodies to ensure regulations facilitate renewable energy expansion

✅ Technical Design & Assessment

• Design and specify substation and grid infrastructure equipment for large-scale renewable energy projects
• Conduct due diligence and assess grid connection opportunities
• Review new technical standards and policies to ensure up-to-date compliance and process improvements

✅ Stakeholder Collaboration & Compliance

• Work closely with Independent Connection Providers (ICPs), Technical Advisors (TAs), and third-party contractors
• Act as the technical expert for grid design and compliance throughout the development and construction phases
• Maintain active engagement with the DNO/TO post-acceptance to ensure smooth project progression

✅ Team Leadership & Knowledge Sharing

• Mentor and train junior team members, fostering a culture of knowledge-sharing
• Support internal teams by providing technical expertise on grid-related matters

🔹 Minimum Requirements:

✔ Education: Bachelor’s Degree in Renewable Energy, Engineering, or a related discipline
✔ Experience:

• Proven project experience in utility-scale solar or wind farm development and grid infrastructure design
• Experience with DNO/TO processes and working with distribution and transmission network operators
  ✔ Technical Skills:
• Proficiency in MS Office (Excel models for design/assessment)
• Experience with protection communication requirements
• Commercial awareness of design decisions and equipment specifications impacting project profitability
  ✔ Software Knowledge:
• DIgSILENT or equivalent power modeling tools (highly advantageous)
• AutoCAD & PVSyst for designing multi-megawatt Solar PV installations (highly advantageous)
  ✔ Soft Skills: Strong communication, teamwork, and structured problem-solving skills

🔹 Preferred Qualifications:

✔ Financial modeling experience related to renewable energy projects
✔ Hands-on knowledge of grid connection infrastructure design
✔ Experience working with stakeholders in the renewable energy sector

🔹 Work Environment & Benefits:

✅ Exciting & Positive Work Environment – Join a dynamic, forward-thinking team driving the UK’s Green Economic Recovery
✅ Hybrid Work Model – Role primarily based in Perth, Scotland, with flexibility for other locations
✅ Career Growth Opportunities – Work with one of Europe’s largest renewable energy producers
✅ Diversity & Inclusion Commitment – RWE welcomes applications from all backgrounds (#InclusionMatters)

🔹 About RWE Renewables UK:

🔹 RWE Renewables Europe & Australia is a key player in the renewable energy industry, specializing in onshore wind, solar, and battery storage.
🔹 Investment & Growth Strategy: RWE is committed to investing €55 billion between 2024 and 2030 to expand green energy capacity to over 65GW.
🔹 Global Reach: RWE operates across 11 countries with a team of 1,800 professionals, working together to achieve a sustainable future.