data integrity2.6.6
data terminal equipment (DTE)2.3.4
data transfer rate2.6.32
data transport functions2.1.44
data transport services2.1.44
decode2.5.10
demodulation2.2.24
digital measured value2.4.25
digital pulse durationmodulation(DPDM)2.2.21
discrepancy switch2.3.10
discrimination2.6.31
dispatching centre2.1.29
double command2.4.38
double point information2.4.13
down time2.6.28
duplex transmission2.2.17
duplex traffic2.2.17
E
echo principle2.2.13
encode2.5.9
equipment failure information2.4.11
error burst2.5.22
error detecting code2.5.14
event information2.4.9
extended processing functions2.1.41
F
fault state range2.6.10
faulty state information2.4.4
fleeting information2.4.14
frame2.5.2
frame delimiter2.5.16
frame transmission efficiency2.5.38
frequency shift keying(FSK)2.2.23
frequency shift modulation2.2.23
front-end processor2.3.1
function command2.4.51
G
general interrogationcommand2.4.45

group alarm2.4.21
group command2.4.58
H
half-duplex traffic2.2.16
half-duplex transmission2.2.16
Hamming distance2.5.21
hybrid configuration2.1.27
I
incremental command2.4.57
incremental information2.4.10
information2.4.1
information capacity2.1.51
information transfer efficiency2.6.36
information transfer rate2.6.34
instantaneous measured2.4.26
instruction command2.4.59
integrated total2.4.24
integrated value2.4.24
interface2.3.13
intermediate state information2.4.3
interrogation command2.4.39
interrogative telecontrol system2.1.14
L
limit of accuracy of chronology2.6.30
line coupler2.3.5
link2.1.38
link layer2.1.39
load dispatching centre2.1.29
load frequency control2.1.49
local-remote switch2.3.12
M
maintainability2.6.5
maintained command2.4.53
maintenance2.6.4
master station2.1.31
maximum transfer time2.6.14
mean repair time(MRT)2.6.20
mean time between failures(MTBF)2.6.19

mean time to repair(MTTR)2.6.21
measured2.4.22
measured value 2.4.22
measured variable2.4.22
memoryless transmission channel2.2.18
message2.5.1
metered measurand2.4.27
meter pulse2.4.34
metered reading2.4.27
mimic board2.3.9
mimic diagram2.3.9
modem2.3.3
modulation2.2.19
modulator-demodulator (modem)2.3.3
monitored information2.4.8
monitoring direction2.1.19
multiple point to point configuration2.1.23
multipoint-partylineconfiguration2.1.26
multipoint-ring configuration2.1.25
multipoint-star configuration2.1.24
N
negative acknowledgement2.4.30
network in telecontrol2.1.17
O
octet2.5.4
omnibus configuration2.1.28
operational processing functions2.1.42
outstation2.1.32
overall accuracy2.6.11
overall information transmission efficiency2.6.37
overall response time2.6.16
overall transfer time2.6.15
P
persistant command2.4.53
persistant information2.4.16
persistant regulating command2.4.56
phase shift keying(PSK)2.2.22
phase shift modulation2.2.22

PLC-channel2.3.6
point to point configuration2.1.22
polling system2.1.14
positive acknowledgement2.4.29
post-mortem analysis2.1.46
post-mortem reviews (PMR)2.1.45
post disturbance review (PDR)2.1.45
power-line carrier channel2.3.6
primary station2.1.33
probability of information loss2.6.40
probability of residual information loss2.6.42
protocol2.1.37
pulse code modulation (PCM)2.2.20
pulse command2.4.48
pulse length check2.5.18
pulse number check2.5.19
Q
quiescent telecontrol system2.1.15
R
rate of information loss2.6.39
rate of residual information loss2.6.41
real time2.1.50
recovery time2.6.27
redundant code 2.5.15
refresh time2.6.26
regulating step command2.4.57
reliability2.6.2
remote control2.1.48
remote terminal unit (RTU)2.3.2
remote station2.1.32
residual error probability2.6.48
residual error rate2.6.47
restart time2.6.23
return information2.4.15
S
secondary station2.1.34
security2.6.3
select and execute command2.4.44

selection command2.4.43
selective interrogation command2.4.46
separating capability2.6.31
set point command2.4.49
set point value2.4.23
signal2.4.31
signal element2.4.32
signal quality detection2.5.17
simplex transmission 2.2.15
simplex traffic 2.2.15
single command2.4.37
single-point information2.4.12
slave station2.1.32
spontaneous transmission2.2.9
standard command2.4.59
start-stop transmission2.2.4
start-stop telecontrol transmission2.2.5
start time2.6.22
starting command2.4.41
state information2.4.2
station interrogation command2.4.40
step by step adjusting command2.4.57
step position information2.4.7
stop command2.4.42
supervisory control and data acquisition(SCADA)2.1.13
suppression time2.6.29
switching command2.4.50
synchronous transmission2.2.1
synchronous telecontrol transmission2.2.2
T
tap position information2.4.6
teleadjusting2.1.7
telecommand2.1.4
telecontrol2.1.1
telecontrol center2.1.30
telecontrol configuration2.1.21
telecontrol system2.1.12
telecontrol transfer time2.6.12

telecounting2.1.10
teleindication2.1.3
teleinstruction2.1.8
telemetering2.1.2
telemonitoring2.1.6
teleprotection2.1.11
teleregulation2.1.7
telesignalization2.1.3
teleswitching2.1.9
threshold transmission2.2.10
time tagging2.6.7
time resolution2.6.30
transducer2.3.8
transient information2.4.14
transit station2.1.36
transition time2.6.25
transmission efficiency2.6.35
transmission error alarm2.4.20
transmission of change-of-state information chronologically2.2.8
transmission of change-of-state information in an order of priority2.2.7
transmission of integrated totals2.1.10
transmission on demand2.2.11
transmission with decision feedback2.2.12
transmission with information feedback2.2.13
U
unbalanced circuits2.3.16
unbalanced line2.3.16
undetected error rate2.6.47
updating time2.6.26
uptime2.6.18
W
window size2.6.9
word2.5.3
_________________________
附加说明
本标准由中华人民共和国能源部提出

本标准由全国电力远动通信标准化技术委员会归口
本标准由能源部南京自动化研究所负责起草西安交通大学南京电力自动化设备厂
成都科技大学电力科学研究院参加起草
本标准主要起草人郑家清苏逢彦盛寿麟谭文恕李烈忠梁昌宸

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