Define the escalation path for abnormal conditions detected in utility-scale photovoltaic design.
Designing Large-Scale Photovoltaic Solar Power Stations
An applied course in utility-scale photovoltaic design built around the decisions practitioners actually face.
📍 Istanbul🗓️ 5 training days📚 4 modules🎓 Accredited certificate
5intensive training days
4scientific modules
8training sessions
32detailed points
Course Overview
The energy transition has not removed the need for rigour in utility-scale photovoltaic design; it has added to it. Deferred maintenance and deferred decisions on the practice within energy and hydrocarbon operations both accrue interest. The version of this part of energy and hydrocarbon operations described in the manual and the version practised on the floor tend to diverge over time. Participants gain a clear basis for measuring what utility-scale photovoltaic design has actually achieved. Applied research in energy and hydrocarbon operations consistently shows that early structure around the energy and hydrocarbon operations capability reduces downstream rework. Participants test their assumptions about this area of energy and hydrocarbon operations against scenarios designed to break weak ones. It is designed for mixed groups, so that utility-scale photovoltaic design is examined from more than one functional angle. Content is organised around the decisions practitioners actually face in this strand of energy and hydrocarbon operations, not around theory headings. Work concludes with a self-assessment of the wider energy and hydrocarbon operations agenda that participants can repeat annually.
Expected Learning Outcomes
Verify that contractors working on utility-scale photovoltaic design meet the same standard as direct staff.
Define the scope and boundaries of utility-scale photovoltaic design so that responsibility for it is unambiguous.
Capture and act on lessons from incidents and near misses involving utility-scale photovoltaic design.
Adapt recognised practice on utility-scale photovoltaic design to local constraints without hollowing it out.
Design permit and isolation controls covering the work involved in utility-scale photovoltaic design.
Handle the trade-offs in utility-scale photovoltaic design between speed, cost and assurance explicitly rather than implicitly.
Who Should Attend
Graduate and newly assigned engineers taking responsibility for utility-scale photovoltaic design.
Consultants and service company personnel supporting clients on utility-scale photovoltaic design.
Consultants and advisers supporting clients on utility-scale photovoltaic design.
Shift supervisors and control room leads dealing with utility-scale photovoltaic design in real time.
Contract and procurement staff supporting utility-scale photovoltaic design.
Newly appointed managers taking on utility-scale photovoltaic design for the first time.
Course Modules
Utility-scale photovoltaic design: economics, price exposure and investment case
2 sessions · 8 pointsSession 1The decisions in utility-scale photovoltaic design that cannot be delegated
- Check that the permit regime covering utility-scale photovoltaic design matches the actual hazard.
- Plan the sequence in which improvements to utility-scale photovoltaic design will be introduced.
- Compare the cost of utility-scale photovoltaic design with the cost of its absence.
- Confirm that lessons from utility-scale photovoltaic design are shared beyond the team that learned them.
Session 2Deciding between life extension and replacement for utility-scale photovoltaic design
- Record the technical rationale for the chosen approach to utility-scale photovoltaic design.
- Agree the smallest change to utility-scale photovoltaic design that would be visibly useful.
- Check that records of utility-scale photovoltaic design answer the questions likely to be asked.
- Define the safe operating envelope for utility-scale photovoltaic design and how deviations are detected.
Utility-scale photovoltaic design: competence, certification and handover
2 sessions · 8 pointsSession 1What the instrumentation on utility-scale photovoltaic design is and is not telling you
- Prepare the response for the most likely failure in utility-scale photovoltaic design.
- Set the trigger for a life-extension versus replacement study on utility-scale photovoltaic design.
- Review the instrumentation on utility-scale photovoltaic design for coverage gaps.
- Set out the decisions in utility-scale photovoltaic design that require sign-off and by whom.
Session 2The hard cases in utility-scale photovoltaic design and how to reason about them
- Set the review interval for utility-scale photovoltaic design and who attends.
- Verify isolation points for utility-scale photovoltaic design are proven and documented.
- Test the procedure for utility-scale photovoltaic design against a realistic scenario.
- Identify single points of dependency in utility-scale photovoltaic design and reduce them.
Utility-scale photovoltaic design: environmental obligation and emissions
2 sessions · 8 pointsSession 1The paperwork for utility-scale photovoltaic design that is actually needed
- Draft the minimum viable operating procedure for utility-scale photovoltaic design.
- Confirm contractor competence records for anyone working on utility-scale photovoltaic design.
- Verify emergency response arrangements cover the scenarios utility-scale photovoltaic design can create.
- Verify six months later that changes to utility-scale photovoltaic design have held.
Session 2Reading condition data on utility-scale photovoltaic design before failure, not after
- Review incident and near-miss history involving utility-scale photovoltaic design.
- Model the economics of utility-scale photovoltaic design at low, base and high price cases.
- Establish the alarm philosophy applying to utility-scale photovoltaic design and remove nuisance alarms.
- Set out how exceptions to utility-scale photovoltaic design are requested and approved.
Utility-scale photovoltaic design: contracts, contractors and service delivery
2 sessions · 8 pointsSession 1Competence and handover on utility-scale photovoltaic design when experienced staff leave
- Build the internal briefing that explains utility-scale photovoltaic design to those affected.
- Arrange the handover of utility-scale photovoltaic design so capability survives staff changes.
- Confirm handover documentation for utility-scale photovoltaic design is complete and current.
- Record the rationale for each significant choice made about utility-scale photovoltaic design.
Session 2The permit and isolation regime that utility-scale photovoltaic design actually requires
- Check that management of change is applied to every modification of utility-scale photovoltaic design.
- Assess the emissions and discharge attributable to utility-scale photovoltaic design.
- Build the competence framework that supports utility-scale photovoltaic design.
- Identify the failure modes of utility-scale photovoltaic design with the highest consequence.
Choose the package that suits you
Silver Package
At least 3 people
USD1,250
- Workshop or Program Participation
- Airport Transfers
- Customized Badge
- Expert Mentorship (Private Sessions)
- Supervision & Secretarial Services
- Accredited Certificate of Participation
- Complete Training Kit
- Coffee Break
- Closing Ceremony
Gold Package
At least 3 people
USD1,850
- 5-night stay in a 5-star hotel
- Workshop or Program Participation
- Airport Transfers
- Customized Badge
- Expert Mentorship (Private Sessions)
- Supervision & Secretarial Services
- Accredited Certificate of Participation
- Complete Training Kit
- Coffee Break
- Closing Ceremony
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