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  • Authors: 
    Anderson, Ben; Eyers, David; Ford, Rebecca; Giraldo Ocampo, Diana; Peniamina, Rana; Stephenson, Janet; Suomalainen, Kiti; Wilcocks, Lara; Jack, Michael;
    Publisher: UK Data Service
    Project: EC | Spatialec (700386)
  • Authors: 
    Anderson; Ben; David Eyers; Rebecca Ford; Diana Giraldo Ocampo; Rana Peniamina; Janet Stephenson; Kiti Suomalainen; Lara Wilcocks; and Michael Jack.;
    Project: EC | Spatialec (700386)
  • Authors: 
    Anderson, B, University of Southampton; Eyers, D, University of Otago; Ford, R, University of Otago; Giraldo Ocampo, D, University of Otago; Peniamina, R, University of Otago; Stephenson, J, University of Otago; Suomalainen, K, University of Otago; Wilcocks, L, University of Otago; Jack, M, University of Otago;

    The NZ GREEN Grid project recruited a sample of 25 households in each of two regions of New Zealand (Stephenson et al. 2017). The first sample was recruited in early 2014 and the second in early 2015. Research data includes: 1 minute mean electricity power (W) data collected for each dwelling circuit using Grid Spy monitors on each power circuit (and the incoming power); dwelling & appliance surveys; occupant time-use diaries (focused on energy use). This project was carried out by the University of Otago in a joint program led by the University of Canterbury. The project explored future trends in renewable electricity generation and household demand, together with developing in-depth knowledge of electricity networks and power management, to ensure that New Zealanders have access to reliable, safe, and affordable renewable energy.

  • English
    Authors: 
    Anderson, B, University of Southampton; Eyers, D, University of Otago; Ford, R, University of Otago; Giraldo Ocampo, D, University of Otago; Peniamina, R, University of Otago; Stephenson, J, University of Otago; Suomalainen, K, University of Otago; Wilcocks, L, University of Otago; Jack, M, University of Otago;
    Publisher: UK Data Service

    The NZ GREEN Grid project recruited a sample of 25 households in each of two regions of New Zealand (Stephenson et al. 2017). The first sample was recruited in early 2014 and the second in early 2015. Research data includes: 1 minute mean electricity power (W) data collected for each dwelling circuit using Grid Spy monitors on each power circuit (and the incoming power); dwelling & appliance surveys; occupant time-use diaries (focused on energy use). This project was carried out by the University of Otago in a joint program led by the University of Canterbury. The project explored future trends in renewable electricity generation and household demand, together with developing in-depth knowledge of electricity networks and power management, to ensure that New Zealanders have access to reliable, safe, and affordable renewable energy. Snowball recruitment of households followed by installation of electricity power demand monitoring equipment; household appliance survey; household socio-demographics survey; all-occupant (energy related) time use diary.

Include:
4 Research products, page 1 of 1
  • Authors: 
    Anderson, Ben; Eyers, David; Ford, Rebecca; Giraldo Ocampo, Diana; Peniamina, Rana; Stephenson, Janet; Suomalainen, Kiti; Wilcocks, Lara; Jack, Michael;
    Publisher: UK Data Service
    Project: EC | Spatialec (700386)
  • Authors: 
    Anderson; Ben; David Eyers; Rebecca Ford; Diana Giraldo Ocampo; Rana Peniamina; Janet Stephenson; Kiti Suomalainen; Lara Wilcocks; and Michael Jack.;
    Project: EC | Spatialec (700386)
  • Authors: 
    Anderson, B, University of Southampton; Eyers, D, University of Otago; Ford, R, University of Otago; Giraldo Ocampo, D, University of Otago; Peniamina, R, University of Otago; Stephenson, J, University of Otago; Suomalainen, K, University of Otago; Wilcocks, L, University of Otago; Jack, M, University of Otago;

    The NZ GREEN Grid project recruited a sample of 25 households in each of two regions of New Zealand (Stephenson et al. 2017). The first sample was recruited in early 2014 and the second in early 2015. Research data includes: 1 minute mean electricity power (W) data collected for each dwelling circuit using Grid Spy monitors on each power circuit (and the incoming power); dwelling & appliance surveys; occupant time-use diaries (focused on energy use). This project was carried out by the University of Otago in a joint program led by the University of Canterbury. The project explored future trends in renewable electricity generation and household demand, together with developing in-depth knowledge of electricity networks and power management, to ensure that New Zealanders have access to reliable, safe, and affordable renewable energy.

  • English
    Authors: 
    Anderson, B, University of Southampton; Eyers, D, University of Otago; Ford, R, University of Otago; Giraldo Ocampo, D, University of Otago; Peniamina, R, University of Otago; Stephenson, J, University of Otago; Suomalainen, K, University of Otago; Wilcocks, L, University of Otago; Jack, M, University of Otago;
    Publisher: UK Data Service

    The NZ GREEN Grid project recruited a sample of 25 households in each of two regions of New Zealand (Stephenson et al. 2017). The first sample was recruited in early 2014 and the second in early 2015. Research data includes: 1 minute mean electricity power (W) data collected for each dwelling circuit using Grid Spy monitors on each power circuit (and the incoming power); dwelling & appliance surveys; occupant time-use diaries (focused on energy use). This project was carried out by the University of Otago in a joint program led by the University of Canterbury. The project explored future trends in renewable electricity generation and household demand, together with developing in-depth knowledge of electricity networks and power management, to ensure that New Zealanders have access to reliable, safe, and affordable renewable energy. Snowball recruitment of households followed by installation of electricity power demand monitoring equipment; household appliance survey; household socio-demographics survey; all-occupant (energy related) time use diary.

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