Q. What are the conditions for an event to be detected in the EDM method?

View solution

Q. How does EDM change the timing of data transmission compared to frequent TDM?

View solution

Q. What is the primary advantage of EDM over TDM in terms of data volumes?

View solution

Q. How is data transmission handled in EDM regarding polling requests from the grid side?

View solution

Q. What is one of the main advantages of EDM over TDM in terms of information flow?

View solution

Q. How does the time-wrapping/compression property of EDM impact data analysis?

View solution

Q. What is the main advantage of EDM over TDM in terms of data exchange?

View solution

Q. What is the key benefit of using low-cost electronic meters for tracking real-life processes in energy terms?

View solution

Q. How can the compression ratio offered by EDM be adjusted?

View solution

Q. What is the role of cooperative metering schemes in the smart grid?

View solution

Q. How can variations in the grid be controlled using the Ej(tk) values?

View solution

Q. What is the key advantage of using process knowledge to reduce data volumes?

View solution

Q. What is a characteristic of nomothetic processes?

View solution

Q. What is an example of variability introduced by nomothetic processes in photovoltaic generation?

View solution

Q. How can knowledge about ideal PV production shapes and topology help reduce data volumes?

View solution

Q. What is one way in which the Earth's rotation affects PV energy production?

View solution

Q. How can the knowledge about time translation of effects help reduce data volumes?

View solution

Q. What are some factors that influence the renewable energy output of PV plants?

View solution

Q. Why is predictability important for renewable energy sources like PV plants?

View solution

Q. What challenges arise when dealing with independent forecasts for PV plants?

View solution