Since the major economic reforms of the 1980s, it has been difficult to obtain independent and regularly updated date information on New Zealand’s future electricity needs and how these might be met. To assist provision of this information, the Centre for Advanced Engineering (CAE) in 1992 commissioned Leyland Consultants (now part of Sinclair Knight Merz) to undertake some initial modelling work to consider how expected increased demands for electricity could be met. This work was notable in that it not only highlighted New Zealand’s vulnerability to electricity shortages in dry years, but also the need for continued investment in additional generation capacity to meet increasing demand for electricity. The work also drew attention to the ...
Due to the location of New Zealand in the middle of an ocean it is an island system with no possibil...
Carbon Emissions Pinch Analysis (CEPA) and Energy Return On Energy Investment (ERoEI) analysis are c...
This report was prepared by researchers at the University of Otago as part of the GREEN Grid project...
Increasing demand for electricity in New Zealand requires approximately 150 megawatts of new capacit...
Non-pumped hydroelectricity-based energy storage in New Zealand has only limited potential to expand...
This thesis studies the demand for electric energy and ways of forecasting it, as an aid to the eco...
Based on the experience of the Electric Power Engineering Centre (www.epecentre.ac.nz), which launch...
After the commencement of the New Zealand Electricity Market (NZEM) in October 1996, generation expa...
Many countries exhibit cycles of shortfall and overbuilding (bust and boom cycles) of their instal...
Forecasting electricity consumption is of national interest to any country. Future electricity forec...
Forecasting electricity consumption is of national interest to any country. Future electricity forec...
After the commencement of the New Zealand Electricity Market (NZEM) in October 1996, generation expa...
After the commencement of the New Zealand Electricity Market (NZEM) in October 1996, generation expa...
Since the commencement of the Electricity Market(NZEM) in October 1996, generation expansion in New ...
The ability of the Logistic model for forecasting electricity consumption is investigated with appli...
Due to the location of New Zealand in the middle of an ocean it is an island system with no possibil...
Carbon Emissions Pinch Analysis (CEPA) and Energy Return On Energy Investment (ERoEI) analysis are c...
This report was prepared by researchers at the University of Otago as part of the GREEN Grid project...
Increasing demand for electricity in New Zealand requires approximately 150 megawatts of new capacit...
Non-pumped hydroelectricity-based energy storage in New Zealand has only limited potential to expand...
This thesis studies the demand for electric energy and ways of forecasting it, as an aid to the eco...
Based on the experience of the Electric Power Engineering Centre (www.epecentre.ac.nz), which launch...
After the commencement of the New Zealand Electricity Market (NZEM) in October 1996, generation expa...
Many countries exhibit cycles of shortfall and overbuilding (bust and boom cycles) of their instal...
Forecasting electricity consumption is of national interest to any country. Future electricity forec...
Forecasting electricity consumption is of national interest to any country. Future electricity forec...
After the commencement of the New Zealand Electricity Market (NZEM) in October 1996, generation expa...
After the commencement of the New Zealand Electricity Market (NZEM) in October 1996, generation expa...
Since the commencement of the Electricity Market(NZEM) in October 1996, generation expansion in New ...
The ability of the Logistic model for forecasting electricity consumption is investigated with appli...
Due to the location of New Zealand in the middle of an ocean it is an island system with no possibil...
Carbon Emissions Pinch Analysis (CEPA) and Energy Return On Energy Investment (ERoEI) analysis are c...
This report was prepared by researchers at the University of Otago as part of the GREEN Grid project...