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… behaviour close to the real curves; however, the maximum efficiency value is a bit lower. To verify the island operation model the stability in grid frequency and turbine power are tested by changing the load power in steps. The results show a more stable control than the real …
… behaviour close to the real curves; however, the maximum efficiency value is a bit lower. To verify the island operation model the stability in grid frequency and turbine power are tested by changing the load power in steps. The results show a more stable control than the real …
… behaviour close to the real curves; however, the maximum efficiency value is a bit lower. To verify the island operation model the stability in grid frequency and turbine power are tested by changing the load power in steps. The results show a more stable control than the real …
… behaviour close to the real curves; however, the maximum efficiency value is a bit lower. To verify the island operation model the stability in grid frequency and turbine power are tested by changing the load power in steps. The results show a more stable control than the real …
… behaviour close to the real curves; however, the maximum efficiency value is a bit lower. To verify the island operation model the stability in grid frequency and turbine power are tested by changing the load power in steps. The results show a more stable control than the real …
… behaviour close to the real curves; however, the maximum efficiency value is a bit lower. To verify the island operation model the stability in grid frequency and turbine power are tested by changing the load power in steps. The results show a more stable control than the real …
… behaviour close to the real curves; however, the maximum efficiency value is a bit lower. To verify the island operation model the stability in grid frequency and turbine power are tested by changing the load power in steps. The results show a more stable control than the real …
… behaviour close to the real curves; however, the maximum efficiency value is a bit lower. To verify the island operation model the stability in grid frequency and turbine power are tested by changing the load power in steps. The results show a more stable control than the real …
… behaviour close to the real curves; however, the maximum efficiency value is a bit lower. To verify the island operation model the stability in grid frequency and turbine power are tested by changing the load power in steps. The results show a more stable control than the real …
… behaviour close to the real curves; however, the maximum efficiency value is a bit lower. To verify the island operation model the stability in grid frequency and turbine power are tested by changing the load power in steps. The results show a more stable control than the real …
… behaviour close to the real curves; however, the maximum efficiency value is a bit lower. To verify the island operation model the stability in grid frequency and turbine power are tested by changing the load power in steps. The results show a more stable control than the real …
… behaviour close to the real curves; however, the maximum efficiency value is a bit lower. To verify the island operation model the stability in grid frequency and turbine power are tested by changing the load power in steps. The results show a more stable control than the real …
… behaviour close to the real curves; however, the maximum efficiency value is a bit lower. To verify the island operation model the stability in grid frequency and turbine power are tested by changing the load power in steps. The results show a more stable control than the real …
… behaviour close to the real curves; however, the maximum efficiency value is a bit lower. To verify the island operation model the stability in grid frequency and turbine power are tested by changing the load power in steps. The results show a more stable control than the real …
… behaviour close to the real curves; however, the maximum efficiency value is a bit lower. To verify the island operation model the stability in grid frequency and turbine power are tested by changing the load power in steps. The results show a more stable control than the real …
