net load การใช้

• The Y-axis shows net load in MW, meaning load minus wind and solar generation.
• These containers allow a maximum weight of, an empty weight of, and a net load of.
• The net load curves illustrate this variability and show that there is a growing need for flexibility in the Californian electric grid.
• The net load is calculated by taking the forecasted load and subtracting the forecasted electricity production from variable generation resources; wind and solar.
• While static gauge pressure is of primary importance to determining net loads on pipe walls, dynamic pressure is used to measure flow rates and airspeed.
• The chart shows that the shape of the net load curve begins to shift dramatically due to increasing solar generation, and there is potential for over-generation ( supply will exceed demand ) during the afternoons.
• Over the years, APPrO's efforts have affected important decisions in the areas of ramp rates, natural gas supply services, net load billing for network transmission services, market design, and large number of technical rules and procedures.
• The Duck Chart was created by the CAISO ( California Independent System Operator ) to show future scenarios for the net load curves for every day of the year from 2012 to 2020, to illustrate the changing conditions on the electric grid.
• Empty weight ( " tare weight " ) is not determined by the standards, but by the container's construction, and is therefore indicative, but necessary to calculate a net load figure, by subtracting it from the maximum permitted gross weight.