REFERENCES

[1] GREYVENSTEIN, G.P.   (1995).   A life-cycle cost comparison between heat pumps and solar water heaters for the heating of domestic water in South Africa, Household Energy for Developing Communities Conference, South African Institute of Energy, Johannesburg, South Africa.

[2] GREYVENSTEIN, G.P.  & ROUSSEAU, P.G. (1997). Improving the cost effectiveness of heat pumps for hot water installations. Proceedings of the 5th international energy agency conference on heat pumping technologies. Toronto. Canada.

[3] GREYVENSTEIN, G.P. & ROUSSEAU, P.G. (1999). Application of heat pumps in the South African commercial sector. Energy and the Environment. Vol 15, p247-260.

[4] RANKIN, R., ROUSSEAU, P.G & VAN ELDIK, M. (2004). Demand Side Management for Commercial Buildings using an In-line Heat Pump Water Heating Concept. Energy Conversion & Management. Vol 45(9-10), p1553-1563.

[5] RANKIN, R. (2006) Optimization of the in-line sanitary water heating system for Demand Side Management in the South African commercial and industrial sectors. PhD Thesis in Engineering. NorthWest University

[6] RANKIN, R & ROUSSEAU, P.G. (2006). Sanitary hot water consumption patterns in commercial and industrial sectors in South Africa: Impact on heating system design. Energy Conversion and Management. Vol 47 p687-701.

[7] ROUSSEAU, P.G., GREYVENSTEIN, G.P. & STRAUSS, J.P. (2000). Demand side management in the commercial sector using an improved in-line heating methodology, International Journal of energy research. Vol 25(4).

[8] VAN ELDIK, M. (1999). Simulation of a micro heat pump cycle. Masters Degree in Engineering. School of Mechanical and Materials Engineering. Potchefstroom University for Christian Higher Education. South Africa.

Enerflow Heat Pumps

Dr. Martin van Eldik
+27 (0)18 297 0326
mve@mtechindustrial.com