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Why Low-Carbon Publicity Effect Limits? The Role of Heterogeneous Intention in Reducing Household Energy Consumption

Jin Zhang, Lianrui Ma, Jinkai Li

2021Energies20 citationsDOIOpen Access PDF

Abstract

Low-carbon knowledge is seen as having a key role in interfering with household energy consumption behaviors by wide consensus from political and academic areas. Whether low-carbon publicity will help to reduce household energy consumption is still in dispute. By constructing an integrated knowledge-intention-behavior model and using 1335 detailed survey questionnaires of household energy behavior in Henan Province, the central area in China, this paper finds that in the developing area low-carbon knowledge or publicity cannot positively impact household energy-saving behavior even if mediated by energy awareness and energy-saving attitudes. Low-carbon knowledge does improve energy-saving attitude and attitude does not decrease household energy consumption directly. Familiarity with particular energy-saving knowledge would decrease the household energy consumption but not significantly in the statistics. Path analysis unfolds the reason that the heterogeneous effects of purchase-based intention and habitual intention explain energy consumption behavior. Subgroup analysis supports those economic factors of income and energy prices play key roles in explaining such household energy consumption behavior in the rapid urbanization area. This paper gives new evidence on the residential energy-saving behavior intervention among developing areas.

Topics & Concepts

PublicityEnergy consumptionConsumption (sociology)Environmental economicsEfficient energy useEnergy (signal processing)UrbanizationEnergy conservationBusinessDeveloping countryRebound effect (conservation)EconomicsSurvey data collectionPublic economicsEconomic growthMarketingEngineeringSociologySocial scienceElectrical engineeringMathematicsStatisticsEnvironmental Education and SustainabilityEnvironmental Sustainability in BusinessBuilding Energy and Comfort Optimization