Measurement control of a distributed electronic measuring system having at least two measurement sensors (7, 7 I, 7 II, 7 III, 7 IV) for monitoring in each case an electrochemical transducer (3, 3 I, 3 II, 3 III, 3 IV), such as a rechargeable lead battery or a rechargeable nickel-metal hydride battery, that is assigned to one of the measurement sensors (7, 7 I, 7 II, 7 III, 7 IV), wherein, for the measurement control, temporally discrete measurements (M 1, M 1 I, M 1 II; M 1, M 2, M 3) of at least one parameter (U, T) are carried out in each measurement sensor (7, 7 I, 7 II, 7 III, 7 IV), while adhering to a first repetition rate ( t 1, t 2) or at set points in time (t 1 I, t 2 I, t 3 I, t 4 I, t 5 I, t 6 I, t 7 I, t 8 I t 9 I), and wherein each of the measurement sensors (7, 7 I, 7", 7 III, 7 IV) calculates a measurement point (m 1, m 2, m 3) while taking into consideration the respective most recent measurement or while taking into consideration a series of preceding measurements, wherein a measurement data collector is arranged remote from the individual measurement sensors (7, 7 I, 7 II, 7 III, 7 IV) and is connected via a communication channel (28, 30, 32), characterized in that each of the measurement sensors (7, 7 I, 7 II, 7 III, 7 IV) has a microcontroller (8, 8 I, 8 II, 8 III, 8 IV), which is designed to form, through computation, at least one secant value (S 1, S 2, S 1 I, S 2 I, S 3 I, S 1 II) for an earlier measurement point (m 1, m 2, m 3), in order to enable a transmission of measurement data to the measurement data collector, and in that a transmitter (10, 10 I, 10", 10 III, 10 IV) is designed for at least one of the following two variants of transmission of data between a measurement sensor (7, 7 I, 7 II, 7 III, 7 IV) and the measurement data collector: a) to transmit at least two different measurement data sets, a first measurement data set and a second measurement data set, via the communication channel (28, 30, 32) at different points in time, said measurement data sets including the determined measurement point (M 1 I) as a value for a secant value (T 1 I) with temporal lengths, such as durations and/or secant periods, that differ from measurement data set to measurement data set, or b) to transmit measurement data sets, such as a first measurement data set and a second measurement data set, via the communication channel (28, 30, 32) at different points in time, said measurement data sets containing determined measurement points (M 1, M 1 I, M 1 II, M 2, M 3) and secant values (S 1, S 2, S 1 I, S 2 I, S 3 I, S 1 II). for monitoring in each case an electrochemical transducer (3, 3 I, 3 II, 3 III, 3 IV), such as a rechargeable lead battery or a rechargeable nickel-metal hydride battery, that is assigned to one of the measurement sensors (7, 7 I, 7 II, 7 III, 7 IV), wherein, for the measurement control, temporally discrete measurements (M 1, M 1 I, M 1 II; M 1, M 2, M 3) of at least one parameter (U, T) are carried out in each measurement sensor (7, 7 I, 7 II, 7 III, 7 IV), while adhering to a first repetition rate ( t 1, t 2) or at set points in time (t 1 I, t 2 I, t 3 I, t 4 I, t 5 I, t 6 I, t 7 I, t 8 I t 9 I), and wherein each of the measurement sensors (7, 7 I, 7", 7 III, 7 IV) calculates a measurement point (m 1, m 2, m 3) while taking into consideration the respective most recent measurement or while taking into consideration a series of preceding measurements, wherein a measurement data collector is arranged remote from the individual measurement sensors (7, 7 I, 7 II, 7 III, 7 IV) and is connected via a communication channel (28, 30, 32), characterized in that each of the measurement sensors (7, 7 I, 7 II, 7 III, 7 IV) has a microcontroller (8, 8 I, 8 II, 8 III, 8 IV), which is designed to form, through computation, at least one secant value (S 1, S 2, S 1 I, S 2 I, S 3 I, S 1 II) for an earlier measurement point (m 1, m 2, m 3), in order to enable a transmission of measurement data to the measurement data collector, and in that a transmitter (10, 10 I, 10", 10 III, 10 IV) is designed for at least one of the following two variants of transmission of data between a measurement sensor (7, 7 I, 7 II, 7 III, 7 IV) and the measurement data collector: a) to transmit at least two different measurement data sets, a first measurement data set and a second measurement data set, via the communication channel (28, 30, 32) at different points in time, said measurement data sets including the determined measurement point (M 1 I) as a value for a secant value (T 1 I) with temporal lengths, such as durations and/or secant periods, that differ from measurement data set to measurement data set, or b) to transmit measurement data sets, such as a first measurement data set and a second measurement data set, via the communication channel (28, 30, 32) at different points in time, said measurement data sets containing determined measurement points (M 1, M 1 I, M 1 II, M 2, M 3) and secant values (S 1, S 2, S 1 I, S 2 I, S 3 I, S 1 II). a) to transmit at least two different measurement data sets, a first measurement data set and a second measurement data set, via the communication channel (28, 30, 32) at different points in time, said measurement data sets including the determined measurement point (M 1 I) as a value for a secant value (T 1 I) with temporal lengths, such as durations and/or secant periods, that differ from measurement data set to measurement data set, or b) to transmit measurement data sets, such as a first measurement data set and a second measurement data set, via the communication channel (28, 30, 32) at different points in time,