Improve yield and reduce costs and risks of large-scale PV power plants
€765.00 excl. VAT
Raise awareness on the potential of increasing revenues and reducing costs by operational excellence of solar photovoltaic power plants. Introduce the different yield degradation mechanisms, O&M cost drivers and risks and introduce tools to tackle them.
Subjects that will be treated:
Yield reduction causes and the influence on the plant business case.
There are a number of different technical issues that can cause underperformance in PV plants. These are, amongst others, PID, LeTID, hot spots, soiling, tracker misalignment, etc…
Some of these causes are at module level, some are at inverter or system level. This introduction will allow you to distinguish and recognize them.
PID is one of underestimated causes for underperformance. When present, it can reduce module output by up to 80% of its initial capacity, but if detected in time, its possible to cure the module and recover the full module performance.
Soiling is another underestimated effect, that can either affects yield (if underestimated) or your operational margin (if overestimated).
- How to prioritize and what can be done?
- What is urgent and what is the right course of action?
- Can I take a wrong decision and make it worse?
In this part of the course we will present the different techniques and tools that can be used to detect underperformances and to identify their root cause. Each technique is useful, but they are all complementary and need to be used as such. Depending on the issue at hand, a different approach might make sense to take the economically most optimised approach and not waste time and resources.
- IV-curve tracing
- IR inspection
- SCADA data analytics tools
- New technologies under development, eg. Day-time EL, Laser-induced EL
At different stages in a plant life, different tools and processes are recommended. We therefore make a difference between plants under development, where design decision can impact the CAPEX and the OPEX, and plants already in operation, where one will focus on the optimisation of the operational margin and securing that BP/investor expectations are met.
- To recover yield losses in existing plants
- To improve yield in new developments
Safety of PV plant O&M
Running a generation plant always comes with risks. In order to pro-actively manage them and reduce exposure to risk, whether for the asset or the operators, it is important to identify all possible risks.
In this section we will look at both and give an approach to how certain risks can be mitigated by design, procedures and adequate protection equipment.
- Asset safety
- Operator and technical personnel H&S
Technicians, PV Plant and Fleet Operators, O&M teams, asset managers, business developers.
Please note that the mentioned dates are subject to change if the required number of participants is not met. If interested in the training courses but the proposed dates do not suit your schedule and would like to be enrolled on a waiting list, or if you would like a dedicated session for your team (on-demand), please get in contact at firstname.lastname@example.org.
When organizing a hybrid delivery session, the training course will have attendees joining a live-classroom session (hosted at our offices in Linkebeek, Belgium, assuring the necessary health & safety measures) and attendees joining the same session but in a remote live-online manner.
For attendees joining a live-classroom session at our location, an extra fee of 60 EUR/training-day will be added, covering the catering aspects of the training delivery.