An apparatus comprising means for performing: determining an expected change in a transmit power of a cell; performing one or more measurements related to the cell; modifying the one or more measurements based, at least partially, on the expected change in the transmit power of the cell; and transmitting a measurement report in response to the expected change in the transmit power of the cell, wherein the measurement report is based, at least partially, on the one or more modified measurements, wherein the means for performing determining the expected change in the transmit power of the cell comprises means configured to perform: receiving, from a network, an indication of at least one of: an expected amount of reduction in the transmit power of the cell over a first time period, an expected amount of increase in the transmit power of the cell over a second time period, a sleep mode of the cell is triggered, a cell reactivation of the cell is triggered, a trigger to send the measurement report, one or more beams of the cell are powering down, the one or more beams of the cell are powering up, the apparatus is moving out of a range of coverage of the cell, or the apparatus is moving into the range of coverage of the cell, and characterized in that the means are further configured to perform: exiting, in response to the received indication, at least one of: radio resource management measurement relaxation, radio link monitoring measurement relaxation, or beam failure detection measurement relaxation. determining an expected change in a transmit power of a cell; performing one or more measurements related to the cell; modifying the one or more measurements based, at least partially, on the expected change in the transmit power of the cell; and transmitting a measurement report in response to the expected change in the transmit power of the cell, wherein the measurement report is based, at least partially, on the one or more modified measurements, wherein the means for performing determining the expected change in the transmit power of the cell comprises means configured to perform: receiving, from a network, an indication of at least one of: an expected amount of reduction in the transmit power of the cell over a first time period, an expected amount of increase in the transmit power of the cell over a second time period, a sleep mode of the cell is triggered, a cell reactivation of the cell is triggered, a trigger to send the measurement report, one or more beams of the cell are powering down, the one or more beams of the cell are powering up, the apparatus is moving out of a range of coverage of the cell, or the apparatus is moving into the range of coverage of the cell, and characterized in that the means are further configured to perform: exiting, in response to the received indication, at least one of: radio resource management measurement relaxation, radio link monitoring measurement relaxation, or beam failure detection measurement relaxation. an expected amount of reduction in the transmit power of the cell over a first time period, an expected amount of increase in the transmit power of the cell over a second time period, a sleep mode of the cell is triggered, a cell reactivation of the cell is triggered, a trigger to send the measurement report, one or more beams of the cell are powering down, the one or more beams of the cell are powering up, the apparatus is moving out of a range of coverage of the cell, or the apparatus is moving into the range of coverage of the cell, and characterized in that the means are further configured to perform: exiting, in response to the received indication, at least one of: radio resource management measurement relaxation, radio link monitoring measurement relaxation, or beam failure detection measurement relaxation. radio resource management measurement relaxation, radio link monitoring measurement relaxation, or beam failure detection measurement relaxation.