Rainwater Harvesting
It is now viable to harvest rainwater for your whole household. This includes rainwater harvesting, storing and pumping rainwater for bathing, showering, toilet flushing, pool, laundry and irrigation. Rainwater harvesting together with other Water Rhapsody products can save up to 90% of your water bill.
Grey Water
A bath uses 120 litres and a shower 80 litres of water. When used, that water is called grey water. You pay for it, and then it all goes down the drain. Water Rhapsody Grey Water System uses this grey water to immediately irrigate your garden, saving you a substantial portion of your water bill.
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Conservation Systems
Against a global rainfall average of 870mm per year, South Africa receives a pitiful 450mm, making it the world's 30th driest country. Water Rhapsody, with 15 years experience in water conservation, is number 1 in South Africa in Grey water recycling systems and Rainwater Harvesting Systems.
Tag Archives: Solar geysers
What kind of droughts does South Africa experience?
A brief synopsis of drought in South Africa since 1960 -2005 Introduction The rainfall climate of South Africa is one of great variability. Seasonal rainfall percentage deviations since 1960 demonstrate wide fluctuations about the long-term average and it is in this context that large rainfall deficits must be assessed. Between July of 1960 and June of 2004, there have been 8 summer-rainfall seasons where rainfall for the entire summer-rainfall area has been less than 80% of normal. A deficit of 25% is normally regarded as a severe meteorological drought but it can be safely assumed that a shortfall of 20% from normal rainfall will cause crop and water shortfalls in many regions accompanied by social and economic hardship. Discussion All but the south-western and southern regions of South Africa rely on summer rainfall, which normally falls between October and March, the summer season. Rainfall is heaviest in the east and decreases westward. For convenience the rainfall season is taken to run from July until June of the following year, but rainfall outside of the summer season is usually insignificant. The consequence of rainfall being confined to six months of the year is that most crops can only be grown during … Continue reading
Posted in Climate Change, Energy Saving, Green, Grey Water Recycling, Rainwater Harvesting, Renewable Energy, safe water, Water Conservation, Water Tanks, Weather
Tagged Dam Levels, drought disaster area, Eastern Cape, Port Elizabeth, Rainwater Harvesting, Saving water, Solar, Solar geysers, Solar panels, Water shortage, Water tanks, Water usage, Yes Solar
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Benefit from SWH Rebates while you can
Eskom generates about 95 percent of the electricity used in South Africa. The company has been battling with electricity shortage since January 2008, but its problems date a decade earlier and are due to lack of investment in new capacities and in updating the existing power stations. Last year, Eskom increased its tariffs by 31 percent and asked for 35 to 45 percent annual increases for three years in order to scrape together about R400 billion needed to build new power plants. However, in February 2010 the National Energy Regulator of South Africa (Nersa) approved lower increases: 24.8 percent for 2010/11 financial year, which will bring the average Eskom electricity price to 41.31c per kWh; 25.8 percent for 2011/12, bringing the average Eskom electricity price 51.68 c per kWh; and 25.9 percent in 2012/13, making the average Eskom electricity price 65.06c per kWh. Eskom will use part of the money it gets from the higher rates towards increasing its solar water geyser subsidies, from about R2,500 to about R7,000. The cost of subsidizing solar geysers is lower than the cost of building a new power station. With the new subsidy in place, almost half of the cost of a solar … Continue reading
Posted in Energy Saving, Renewable Energy, Solar Energy, Solar Geysers, Solar Water Heating
Tagged Energy Saving, Eskom Electricity Increase, Eskom's DSM Programme, going green, Solar Geyser Suppliers, Solar geysers, Solar power, Solar Water Heater Suppliers, Solar Water Heating Rebate, Yes Solar
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Why Solar Energy in South Africa?
There are 5 Good reasons to use solar energy in South Africa: Power Shortage: South Africa cannot meet the energy demand in the country only with existing power generation capacity. South Africa must safe 10% on its electricity bill. Former finance Minister Trevor Manuel announced various steps and measures in his February 2008 budget speech which includes: ¨ Levy on electricity generated from non-renewable sources, such as generators. ¨ Promised to consider tax incentives for clean energy. ¨ Tax relief for generation of electricity from amongst others sunlight. Eskom has announced delays in quoting and perhaps supplying only part or none of the electricity requirements for new developments and requirements for permits. 2. Rising Energy Cost: Electricity costs are very low in SA, but Eskom forces a 25% price increase per annum over the next four years. Diesel price increased more than 200% in the last 4 years and will continue to do so for the unforeseeable future. (Source: Stats AS 2007) 3. Independence from providers: Solar energy ensures continued power supply on key appliances at home or in the office, thereby mitigating damage during power surges and outages. It reduces the household reliance on Main Grid Energy … Continue reading
Solar Water Heating
People have been using solar power for many years to heat up their water, light up their homes and for general low-voltage appliances. Solar power energy is now more easily accessible to the public than ever before, and millions of people around the world are installing solar geysers in their homes in order to save money on electricity consumption and thus helping the planet. Converting your home to use solar power can be a considerable undertaking, but the results are very rewarding. Going solar is a growing trend, but where do you begin the process? Solar power systems use energy from the sun – which is an unlimited source of renewable energy – and convert it into electricity or heat. The most practical place to start the process of conversion is with the installation of solar geysers on your roof. Solar water heaters use a roof-mounted, heat-absorbing panels (thermal collectors) to heat water with the power of the sun. The heated water is fed into a special solar geyser that stores the water. Firstly, you should find the most appropriate position suitable on your roof. The solar panels should not be shaded either by trees or any other obstacles. Even if … Continue reading

