1) Percent distribution of households and de jure population by main type of space heating technology.
2) Percent distribution of households and de jure population by heating fuel.
3) Percentage of households and de jure population primarily relying on clean fuels and technologies for space heating
Coverage:
Population base:
a) Households (HR file)
b) De jure household population (HR file or PR file)
Time period: Current status at time of survey
Numerators:
1) Number of households and de jure population by type of heating technology (hv259 in 1:6, and for relevant technologies (hv259 in 2:5), by presence and absence of a chimney (hv260)
2) Number of households and de jure population by type of heating fuel (hv261)
3) Number of households and de jure population relying on clean fuels and technologies for space heating (hv261 in 1:6)
Denominators:
a) Number of households
b) Number of de jure population (hv012 – see Calculation)
Variables: HR file, PR file.
|
hv012 |
Number of de jure members (if using HR file) |
|
hv102 |
Usual resident (if using PR file) |
|
hv259 |
Heating technology |
|
hv260 |
Presence of chimney for heating technology |
|
hv261 |
Heating fuel |
Percent distribution of de jure population can be calculated using the HR file and simply weighting the data by the sample weight (hv005/1000000) multiplied by the number of de jure household members (hv012). Alternatively, the PR file can be used instead, selecting the de jure members (hv102 = 1) and weighting just by the sample weight (hv005/1000000).
Clean heating fuels and technologies for space heating include central heating, electricity, LPG/natural gas/biogas, solar air heater, and alcohol/ethanol. A response of ‘don’t know’ for presence of a chimney is counted as a no.
Collection of information on heating fuels and technologies began in DHS-8.
DHS-8 Tabulation plan: Table 2.3 and Table 2.4
MICS6 Indicator TC.16 Primary reliance on clean fuels and technologies for space heating
API Indicator IDs:
Households
Heating Technology:
HC_HTTC_H_CHT, HC_HTTC_H_MSH, HC_HTTC_H_MSC, HC_HTTC_H_MSW, HC_HTTC_H_TSH, HC_HTTC_H_TSC, HC_HTTC_H_TSW, HC_HTTC_H_MCS, HC_HTTC_H_MCC, HC_HTTC_H_MCW, HC_HTTC_H_TCS, HC_HTTC_H_TCC, HC_HTTC_H_TCW, HC_HTTC_H_3SO, HC_HTTC_H_OTH, HC_HTTC_H_NON
Heating fuel:
HC_HTFL_H_CFT, HC_HTFL_H_CHT, HC_HTFL_H_ELC, HC_HTFL_H_NAT, HC_HTFL_H_SOL, HC_HTFL_H_LPG, HC_HTFL_H_BIO, HC_HTFL_H_ALC, HC_HTFL_H_GDS, HC_HTFL_H_KER, HC_HTFL_H_COL, HC_HTFL_H_CHR
(API link)
HC_HTFL_H_WOD, HC_HTFL_H_STR, HC_HTFL_H_AGR, HC_HTFL_H_DNG, HC_HTFL_H_BMS, HC_HTFL_H_GBP, HC_HTFL_H_SWD, HC_HTFL_H_OTH, HC_HTFL_H_NON
Clean fuels and technologies:
HC_HTFL_H_CFT
De jure population
Heating technology:
HC_HTTC_P_CHT, HC_HTTC_P_MSH, HC_HTTC_P_MSC, HC_HTTC_P_MSW, HC_HTTC_P_TSH, HC_HTTC_P_TSC, HC_HTTC_P_TSW, HC_HTTC_P_MCS, HC_HTTC_P_MCC, HC_HTTC_P_MCW, HC_HTTC_P_TCS, HC_HTTC_P_TCC, HC_HTTC_P_TCW, HC_HTTC_P_3SO, HC_HTTC_P_OTH, HC_HTTC_P_NON
Heating fuel:
HC_HTFL_P_CFT, HC_HTFL_P_CHT, HC_HTFL_P_ELC, HC_HTFL_P_NAT, HC_HTFL_P_SOL, HC_HTFL_P_LPG, HC_HTFL_P_BIO, HC_HTFL_P_ALC, HC_HTFL_P_GDS, HC_HTFL_P_KER, HC_HTFL_P_COL, HC_HTFL_P_CHR
(API link)
HC_HTFL_P_WOD, HC_HTFL_P_STR, HC_HTFL_P_AGR, HC_HTFL_P_DNG, HC_HTFL_P_BMS, HC_HTFL_P_GBP, HC_HTFL_P_SWD, HC_HTFL_P_OTH, HC_HTFL_P_NON
Clean fuels and technologies:
HC_HTFL_P_CFT