Western Cape Province State of Dams on 2011-01-24

# Means latest available data

FSC is full storage capacity in million cubic meters

Dam

River

FSC

This Week

Last Week

Last Year

Berg River dam Berg River 127.1 85.8 86 98.8
Brandvlei Dam Lower Brandvlei River 284.3 58.8 61.1 68.2
Buffeljags Dam Buffeljags River 4.6 103.4 102.8 59.6
Bulshoek Dam Olifants River 4.9 79.8 83.5 80.2
Calitzdorp Dam Nels River 4.9 52.1 55.6 37.7
Clanwilliam Dam Olifants River 121.8 68 72.6 76.1
Duiwenhoks Dam Duiwenhoks River 6.2 101 100.8 32.5
Eikenhof Dam Palmiet River 28.9 76.1 79.1 72.4
Elandskloof Dam Elands River 11 52.4 57.1 70.9
Ernest Robertson Dam Groot Brak R 0.5 101.2 101.1 83.8
Floriskraal Dam Buffels River 50.3 10.5 10.8 67.6
Gamka Dam Gamka River 1.9 0 0 0.2
Gamkapoort Dam Gamka River 36.3 80 85.1 44
Garden Route Dam Swart River 10 100 100 28.6
Haarlem Dam Groot River 4.7 101.6 100.6 30.6
Hartebeestkuil Dam Hartenbos River 7.2 25.4 27.3 52.4
Kammanassie Dam Kammanassie River 34.4 6.9 7.7 12.4
Keerom Dam Nuy River 9.8 71.2 72.8 87.3
Klipberg Dam Konings River 2 37.1 39 77.1
Korentepoort Dam Korinte River 8.1 83.9 80 32.1
Kwaggaskloof Dam Doorn River 173.9 56.1 58.2 65.7
Lakenvallei Dam Sanddrifskloof River 10.3 88.3 89.6 96.7
Leeugamka Dam Leeu River 14.1 23.6 26.3 7.8
Miertjieskraal Dam Brand River 1.6 0.3 0.5 3.4
Misverstand Dam Berg River 6.5 96.5 96.1 100.6
Oukloof Dam Cordiers River 4.2 7.4 8.9 68
Pietersfontein Dam Pietersfontein River 2 72.2 72.2 90.7
Poortjieskloof Dam Groot River 9.8 46.3 47.3 73.2
Prinsrivier Dam Prins River 2.3 5.7 20.7 49.4
Roode Els Berg Dam Sanddrifskloof River 7.8 41.4 47.1 73.8
Steenbras Dam-Lower Steenbras River 33.9 46.4 49 72.9
Steenbras Dam-Upper Steenbras River 31.9 97.9 97.8 71.4
Stettynskloof Dam Holsloot River 14.8 79.4 84.3 77.8
Stompdrift Dam Olifants River 49.6 8.6 8.7 14.7
Theewaterskloof Dam Riviersonderend 480.2 71.9 74.9 86.2
Voelvlei Dam Voelvlei River 158.6 82.9 84.3 83.3
Wemmershoek Dam Wemmers River 58.8 85.2 86.4 78.1
Wolwedans Dam Groot Brak River 25.3 73.3 68.5 35.4

eskom power lines

Eskom plans to reduce its dependency on coal over the next 20 years, says the chief executive at the power utility, Brian Dames.

He said the utility was planning to build five gigawatts of “cleaner coal” generation capacity after 2025, Business Report reported on Wednesday.

At present about 90% of Eskom’s electricity is generated through coal.

Dames said the government’s Integrated Resource Plan would bring coal’s share of generation down from 86% to below 50% over the next 20 years as the energy mix would be diversified to include nuclear, wind, solar, biomass and other sources.

“Eskom aspires to lead South Africa’s nuclear programme, in partnership, and to play a lead role in solar power,” said Dames who was speaking in Johannesburg on Tuesday.

Coal reduction was among the goals Eskom had set for itself as part of its new strategic direction.

It also plans to invest in more opportunities in southern Africa where there are potentially 200 million customers.

“Over the next few months, we will have a detailed business plan for the region. There are a lot of exciting opportunities in the region that we don’t have,” Dames said.

Opportunities had been identified in countries such as Botswana and Namibia and a business plan would be presented to the board in February.

He said the firm planned to build transmission networks and have the private sector handle the generation side.

Source – Timeslive.co.za

Richard-jamieson

Ever wondered what going solar is really all about? We answer your questions below… Transcript from Pick n Pay

We chat to Richard Jamieson, managing director of Yes Solar, one of South Africa’s leading solar energy companies, to find out all the answers to our solar questions.
1.  Why is solar power better than regular electricity?
Bottom line, you’re using a source of power that is 100% renewable. You’re not ‘using up’ the sun by putting a panel on your roof. Next most important thing is that it’s clean. Sure, the panel requires energy and materials to make, but after that you don’t produce any greenhouse gasses or other waste products when using solar.

2.  Isn’t it very expensive to install?

The upfront cost is high, but the real number to look at is your payback period. This is how long it takes for your savings to add up to the upfront cost. Solar water heating systems, if correctly sized, pay for themselves in 3 to 4 years. This is much less than it used to be, thanks to higher electricity prices and to the Eskom rebate.

3.  Is it true that Eskom offers a rebate?

Eskom has something called a Demand Side Management programme, and one of the initiatives of that programme is to offer a rebate to people who buy solar water heaters. The rebate is a cash amount which is paid out within eight weeks of installation. The process is managed by Deloitte. Rebates can be anywhere between R3000 and R13000, depending on the size and efficiency of your system.

4.  Isn’t solar power only for hippies?
This might have been true in the past, but these days solar power is for people who want to save themselves money, and for people who want to be less dependent on Eskom, and for people who want to reduce their own carbon footprint. If you rely on Eskom in SA your carbon footprint is big, because they’re so reliant on coal to produce the electricity we all use.

5.  How much money could potentially be saved by going solar?

This depends on a number of factors – mainly how many people in your home use hot water and what their water usage habits are. Somewhere between R200 and R400 a month for 2-5 people living together with fairly normal water usage habits.

6.  What if it’s cloudy all month and there’s no sun?

Every system we install has electrical backup. A timer/controller on the unit makes sure that hot water when you need it by activating the element (if solar alone is not getting the water hot enough).

7.  How reliable is it?
Reliability is a key factor when making a purchasing decision. You’re buying something that should last you twenty years, so choose carefully and don’t go for the cheapest option. Choosing a company that is going to provide good backup service is also important. Look for a supplier that has SABS mark approval.

8.  How does one go about getting it installed?
Call us and we will come round and do a site visit which will allow us to put together a solution (or range of solutions) that suit your home and your budget. If you decide to go ahead, installation takes roughly one day per geyser.

The draft twenty-year plan for electricity generation, also called the Integrated Resource Plan (IRP) 2010, was released a few weeks ago for public comment. The IRP process is all but a fait accompli. But what goes into the plan will determine the future of South Africa’s energy mix for the next two decades.
The energy choices available to us are between coal, nuclear, gas, hydro and other renewables.
With a projected GDP growth rate of 4.6% over the next 20 years, South Africa will need new capacity of about 52,000 megawatts (MW). Renewables will constitute 16% of the new technology mix to provide required electricity demand, while nuclear energy will provide 14% and coal 48%.
Why is an IRP important?
Well, energy or electricity is like blood running through the veins of an economy. Without it, our fledgling modern state would collapse. Never mind the myriad other things that are stalled without electricity, but crucially, without it, we would be unable to expand the economy and attract new investments, which in turn could limit the scope of job expansion.
The IRP process also tells us about how we think about energy-economy linkages, how we think of energy in relation to environmental and social justice issues, projections of future demand and how we use every unit of energy. At the heart of it, too, is the appropriateness of the energy mix.
Some are casting a close eye on the proportion of power generation that will come from coal, nuclear and renewables. There are lots of views about what should be included and excluded.
It at once also sums up the normative transitions we have made from the past to the present when thinking about energy. At once, all the country’s vices and virtues are nestling their way into the IRP process itself.
The IRP, which is so crucial to South Africa’s economic future, is a process run by a few experts within the state and some major users like mining companies. It is observed by ‘outsiders’ such as policy wonks, industry lobbyists, energy experts in policy think tanks, universities and civil society activists.
But in the end, it literally amounts to a few people making profound decisions on behalf of the majority.
Hearings on the IRP 2010 will be held sometime – in different provinces – at the end of November running into early December. The interest in the new plan from consumers, civic groups, business, unions, financiers and international investors is overwhelming.
You are, after-all, talking about throwing another large chunk of new taxpayers money beyond the current infrastructure projects already earmarked by the state at a new set of infrastructure projects.
How does the IRP process work?
The plan lays the basis for Eskom to submit an application to the National Electricity Regulator (NERSA) to permit it to go ahead with the financing of new power projects or the purchase of power from private generators.
In other-words, NERSA approves a tariff that would accommodate the cost of building the new power infrastructure. The tariff seeks to reflect the true cost of electricity generation. Once a tariff has been approved these costs can be recouped from consumers. Eskom can then go and raise additional funds to build the power stations it needs or procure power from private generators of electricity.
The current plan, while still in an initial state, has some good, but also worrying things about it.
The first positive thing is that we have actually have embarked on a planning process for electricity. It is the first time that this is being done in South Africa and this in itself sets a good precedent. It is a process we can learn from and build on in the future.
The second good aspect of the plan is a tacit admission that coal’s future looks slim. The share of coal as a major source of electricity generation for the future is declining.
The main reason, despite the claim that we have 200 years of coal (which is proving to be untrue given recent coal estimates), is that any new sources of coal have an inherent insecurity in them because of question marks about the quality of the coal and the unpredictability of the future price. This situation is worsened by the fact that we may not have the infrastructure in place in time to dig out enough coal from the ground to supply demanding and hungry coal-fired power stations.
Eskom and SASOL have at least acknowledged that coal, as a generous energy feedstock, is constrained. Thus, the golden days for coal are over.
The third good thing about the IRP is that this is the first plan to be literally operating with a carbon budget in mind. Some may argue it does not go far enough. But the fact that ‘reducing our carbon emissions’ is chosen as a parameter for consideration, is a major conceptual breakthrough for energy planning and electricity generation in South Africa. It has never been done like this before.
However, as much as it is convenient to have a carbon budget approach and ratchet up the numbers on renewables to support a low carbon path, it also serves as a justification and a way to sneak in nuclear energy as a low carbon solution. No doubt there will be furious debate on the inclusion of nuclear.
The diminishing prominence of coal-fired power also has other reasons attached to it. Any new financing, at least from the Western World that has carbon reduction as a goal, will not be easily forthcoming for coal plants. Soft finance will be more readily available for renewables and to some extent for nuclear.
The fourth positive aspect relates to drawing power from other sources in the Southern African region – mostly in the form of small and some large hydropower opportunities. South Africa’s demand for power could stimulate more investment in hydro projects in the region. The amount of hydropower that will be drawn will be close to 3,300MW. This is almost equivalent to one coal-fired power station.
As other countries in the region become more stable this share of power from the region can increase.
But there are also weaknesses in the plan. The plan still adopts the “old school” way of thinking about electricity, which is etched through its fabric of scenarios and assumptions. In this way, it is very supply side orientated.
Thus, while the IRP takes a ‘least cost’ approach for supply solutions, it does not do so for demand management.
Compared to a lot of modern economies South Africa does not score too well on energy efficiency and the new electricity plan is quite meek in its ambitions for energy efficiency.
We need an economy in which participants use less for more and in which economic planners shift to sectors that are diversified away from energy intensive industries towards low energy sectors that produce higher economic value.
Yet the IRP covers very little about how we can reduce South Africa’s energy intensity, especially, with respect to collective behavioural change and a unified vision for a new type of economy.
The plan seems to exude deep scepticism about our ability to shift behaviour and relies on engineering solutions rather than a values approach that can alter future demand patterns for the consumption of electricity.
The fact that there are interesting numbers in the plan for different types of technologies does not mean it will be executable. The new build – as it is sometimes described – will require R800bn of additional funding. The cost of electricity will rise from 40c/kWh to about R1.10/kWh. This is a 275% cost rise for electricity generation within the next ten years.
This has profound implications for how much of the plan’s vision can be achieved.
In the meantime, existing plans to build two new coal-fired power stations will go ahead. A portion of renewables like wind energy could be slotted in expediently because we are desperate for quick wins in the next five years to avoid load shedding.
The call on a fleet of nuclear power stations is still to be made. It is not as yet a done deal. Too much spend on nuclear may well squeeze out a higher generation target for renewables – what economist call the “crowding out” effect.
What is executable will also be encumbered by the governing realities of our politics and economy. Without a radical solution, the status quo remains in place and some vested interests will continue to prevail.
The IRP 2010 will no doubt be a plan that will be intensely fought over because undergirding it all will be a contest to assert different visions for our energy future and economy.
However, despite the IRP 2010 being seeped in technocratic language, it is, after all, a plan about our future that must be driven by what values we posit for that future. Getting there in unified way is no small task. Either we build consensus organically or the state manufactures consensus.

Source – Fakir is an independent writer based in Cape Town.

joule

South Africa, which builds BMWs and Mercedes Benzes for the US market, is in the thick of the race to deliver a truly practical – and stylish – electric car. Meet the Joule.

The battery-operated six-seater was designed by local boy Keith Helfet, an internationally distinguished vehicle designer who, before opening his own consultancy, was a key designer at Jaguar.

He was brought on board by mechanical engineer Kobus Meiring, CEO of the Joule’s Cape Town-based manufacturer Optimal Energy.   Something of a legend in engineering circles, Meiring helped develop South Africa’s Rooivalk attack helicopter, and later project managed the Southern African Large Telescope, which was completed on budget and on time.

The Joule debuted at the Paris Motor Show in October 2008 and has since received a facelift at the Milan-based Zagato Total Design Centre. It will comply fully with global safety standards, and Optimal is aiming for a five-star rating from the Euro New Car Assessment Programme.

The Joule’s prototype phase is now complete, and the necessary modifications made. But before the commercial version hits the streets, further refinements and feedback from consumers and the media will be incorporated into a test fleet, which will be hand-built, like the prototype, by Hi-Tech Automotive in Port Elizabeth, in the Eastern Cape province.

The Joule is expected to go into full-scale production at the end of 2013, to appear on showroom floors in mid-2014. The car’s South African price will be somewhere between $32 300 (R220 800) and $39 000 (R266 600) in today’s terms, and export is also on the cards.

The car is made of eco-friendly materials with a local content of at least 50%. It will also feature a roof-mounted solar panel as an option.

Optimal maintains that charging the Joule will not place an extra strain on South Africa’s sometimes-fragile national electricity grid. The plan is for Joules to plug in to charge at night, as local utility Eskom has extra capacity between 11pm and 6am.

With its battery range of around 300km, regenerative brake system, fewer moving parts and zero engine emission, the Joule is set to change the way South Africans drive.

Source: www.mediaclubsouthafrica.com
We at www.waterandsolar.co.za want South Africa to start seriously looking now at renewable energy and reduce its need for coal fired power stations.  As individuals we can start in our homes by switching to solar water heaters, introducing a greener way of living with greywater systems and rainwater harvesting.  Together we can start reducing our homes carbon footprint and our need for coal hungry Eskom.

The private sector could play a more prominent role in investments in the water sector, Water and Environmental Affairs policy acting deputy director general Mbangiseni Nepfumbada said on Tuesday.

Speaking at a Water Investment World conference, Nepfumbada also said that South Africa had to improve the quality of its water supply and reduce unlawful use and water loss.

He stated that not enough was being done to highlight the importance of water, which should be seen as a catalyst for development.

International Finance Corporation (IFC) water and sanitation specialist Patrick Mullen said that the gap between water supply and demand would increase by 40% in the next 20 years.

“Only private finance would close the gap with an investment of about $50-billion a year, as well as treating water, like oil, as a commercial resource,” said Mullen.

He cited political risks, returns in term of tariffs, which limits bankable deals and the regulatory environment as impeding investments in the water sector.

Mullen stated that the IFC had observed an increase in private sector investment in emerging markets.

“We have identified opportunities in Africa as a focus area and at the moment, water has been a profitable sector in the corporation and investments have yielded 35% returns,” he said.

By: Dennis Ndaba -Edited by: Creamer Media Reporter

Click here for the current dam levels

Western Cape Province State of Dams on 2010-11-08

# Means latest available data

FSC is full storage capacity in million cubic meters

Dam

River

FSC

This Week

Last Week

Last Year

Berg River dam Berg River 127.1 100 99.9 100.5
Brandvlei Dam Lower Brandvlei River 284.3 76.8 77 82.2
Buffeljags Dam Buffeljags River 4.6 100.6 101.4 99.7
Bulshoek Dam Olifants River 4.9 98.9 98.9 84.3
Calitzdorp Dam Nels River 4.9 38.9 40.5 64.7
Clanwilliam Dam Olifants River 121.8 100.5 100.5 98
Duiwenhoks Dam Duiwenhoks River 6.2 99.9 100.3 63.2
Eikenhof Dam Palmiet River 28.9 99.8 101.3 102.1
Elandskloof Dam Elands River 11 84.6 85.7 100.2
Ernest Robertson Dam Groot Brak R 0.5 101 101.2 100
Floriskraal Dam Buffels River 50.3 25.1 25.5 87
Gamka Dam Gamka River 1.9 0 0 5.8
Gamkapoort Dam Gamka River 36.3 53.3 56.1 47.6
Garden Route Dam Swart River 10 71.1 66.1 33.6
Haarlem Dam Groot River 4.7 101 101.4 50.5
Hartebeestkuil Dam Hartenbos River 7.2 41.1 41.7 63.5
Kammanassie Dam Kammanassie River 34.4 9 9.5 17.7
Keerom Dam Nuy River 9.8 88.1 89.1 99.8
Klipberg Dam Konings River 2 53.8 54.8 97.3
Korentepoort Dam Korinte River 8.1 57.6 56.4 46.6
Kwaggaskloof Dam Doorn River 173.9 74.4 74.4 80.1
Lakenvallei Dam Sanddrifskloof River 10.3 94.8 94.8 100.1
Leeugamka Dam Leeu River 14.1 4.3 5.9 16.4
Miertjieskraal Dam Brand River 1.6 37.3 37.6 47.8
Misverstand Dam Berg River 6.5 106.3 106.2 96.5
Oukloof Dam Cordiers River 4.2 18.6 20 89.6
Pietersfontein Dam Pietersfontein River 2 76.1 76.2 98.7
Poortjieskloof Dam Groot River 9.8 56.3 56.9 85.7
Prinsrivier Dam Prins River 2.3 19.2 19.9 82.7
Roode Els Berg Dam Sanddrifskloof River 7.8 82.1 81.8 99.8
Steenbras Dam-Lower Steenbras River 33.9 65.6 66.7 91.5
Steenbras Dam-Upper Steenbras River 31.9 100 100 97.2
Stettynskloof Dam Holsloot River 14.8 100.8 100.6 99.8
Stompdrift Dam Olifants River 49.6 10.8 11 18.1
Theewaterskloof Dam Riviersonderend 480.2 91.8 92.3 100.1
Voelvlei Dam Voelvlei River 158.6 98.6 98.9 93.4
Wemmershoek Dam Wemmers River 58.8 91.2 90.4 98.6
Wolwedans Dam Groot Brak River 25.3 29.5 28 44.3

1842.7

80.4

80.7

86.6

solar park

The World Bank’s Clean Technology Fund plans to invest $85 million in renewable energy and co-generation projects in South Africa.

The fund said it had $50 million available for wind and solar renewable energy projects and $35 million for co-generation, where waste energy and gases are used to produce power according to an advert in the Business Day.

The $85 million was part of a total $150 million allocated for investment in South Africa, with the remainder being managed by the African Development Bank.

South Africa’s state-owned power utility Eskom has said it will conduct more research in clean technology as it seeks a new World Bank loan to finance renewable energy power projects.

The World Bank in April approved a controversial $3,75 billion Eskom loan to develop a coal-fired power plant in South Africa despite the lack of support from the country’s key Western allies.

Source – The Times

under sea life

Underwater canyons, deep-sea coral reefs and sponge banks are part of a unique ecosystem that South Africa wants to save within its first deep-sea marine protected area.

After 10 years of consultations, South Africa has mapped the boundaries for the proposed reserve stretching 100 kilometres (60 miles) from the eastern KwaZulu-Natal coast.

The mapping required synthesising the many divergent interests in the Indian Ocean waters, with 40 industries from fishing to gas lines to jet skis operating in an area home to about 200 animal species and their ecosystems.

“All of this data was then entered into conservation planning software in order to identify areas of high biodiversity while avoiding areas of high (economic) pressure,” said Tamsyn Livingstone, the researcher who heads the project.

The conservation area is being born in a spirit of compromise, which will allow people and companies to continue using the protected waters in zones designated as lower-risk threats to biodiversity.

The scheme still needs to be passed into law, but would join South Africa’s existing network of marine preserves strung along its 3,000-kilometre (1,800-mile) coast stretching from the warm Indian Ocean to the cold southern Atlantic.

South Africa has embraced this “participatory” method to protecting species living in its water, an approach pioneered in California and Australia.

Global goals for protecting biodiversity have been debated for two weeks at a UN summit in Nagoya, Japan, in an effort to set goals on saving habitats which would help to end the mass extinction of species.

Environmental groups want 20 percent of coastal and marine areas protected, they say China and India are lobbying for six percent or lower. Talks are supposed to wrap up on Friday.

Part of the challenge is in protecting species that are more often than not still unknown. Only one quarter of the estimated million species in the oceans have been discovered.

A global census of the oceans unveiled in early October uncovered prehistoric fish thought dead millions of years ago, capturing researchers’ imaginations about what else lurks in the deepest parts of the sea.

“Offshore biodiversity is not well known,” said Kerry Sink of the South African National Biodiversity Institute.

Exploring the seas remains an expensive project, prompting South African researchers to reach agreements to share information with fisheries, coastal diamond mines and the oil industry.

“South Africa’s plan is unique in covering all industry sectors to ensure that biodiversity planning minimizes the impact on industry,” she said.

“Healthy offshore ecosystems underpin healthy fisheries and keep options open for future generations.”

With growing worries about climate change, scientists say the deep seas could become an important source of protein for the planet, because water temperature changes less at great depths.

That assumes that the growth of industry can be managed alongside the marine life, especially as oil companies find ways to drill in ever-deeper waters.

The explosion of a BP oil rig in April off the Louisiana coast, rupturing a 1,500-metre deep well, highlighted the risks.

It took five months to shut off the leak which caused the biggest the oil spill in US history, with 205 million gallons of oil flowing into the Gulf.

Source – The Times

Click here for current dam levels

Western Cape Province State of Dams on 2010-11-01

# Means latest available data

FSC is full storage capacity in million cubic meters

Dam

River

FSC

This Week

Last Week

Last Year

Berg River dam Berg River 127.1 99.9 100.3 100.2
Brandvlei Dam Lower Brandvlei River 284.3 77 76.7 82.7
Buffeljags Dam Buffeljags River 4.6 101.4 108.6 101.1
Bulshoek Dam Olifants River 4.9 98.9 99.6 91.9
Calitzdorp Dam Nels River 4.9 40.5 31.1 64.5
Clanwilliam Dam Olifants River 121.8 100.5 100.2 99.3
Duiwenhoks Dam Duiwenhoks River 6.2 100.3 71.3 62.9
Eikenhof Dam Palmiet River 28.9 101.3 101.6 101.5
Elandskloof Dam Elands River 11 85.7 86.2 100.3
Ernest Robertson Dam Groot Brak R 0.5 101.2 104 100.4
Floriskraal Dam Buffels River 50.3 25.5 25.7 86.9
Gamka Dam Gamka River 1.9 0 0 6.8
Gamkapoort Dam Gamka River 36.3 56.1 60.9 50.2
Garden Route Dam Swart River 10 66.1 58.1 34.4
Haarlem Dam Groot River 4.7 101.4 90.8 52.4
Hartebeestkuil Dam Hartenbos River 7.2 41.7 34.1 64
Kammanassie Dam Kammanassie River 34.4 9.5 8.6 17.8
Keerom Dam Nuy River 9.8 89.1 89.9 99.9
Klipberg Dam Konings River 2 54.8 55.6 99
Korentepoort Dam Korinte River 8.1 56.4 44.2 46.8
Kwaggaskloof Dam Doorn River 173.9 74.4 74.1 80.1
Lakenvallei Dam Sanddrifskloof River 10.3 94.8 94.8 100.1
Leeugamka Dam Leeu River 14.1 5.9 0 18.5
Miertjieskraal Dam Brand River 1.6 37.6 0 42
Misverstand Dam Berg River 6.5 106.3 115.6 100.1
Oukloof Dam Cordiers River 4.2 20 20.8 91
Pietersfontein Dam Pietersfontein River 2 76.2 76.4 100.1
Poortjieskloof Dam Groot River 9.8 56.9 56.3 86.3
Prinsrivier Dam Prins River 2.3 19.9 20.2 84.1
Roode Els Berg Dam Sanddrifskloof River 7.8 81.8 81.4 100.2
Steenbras Dam-Lower Steenbras River 33.9 66.7 64.6 94.2
Steenbras Dam-Upper Steenbras River 31.9 100 100.2 99.6
Stettynskloof Dam Holsloot River 14.8 100.6 100.8 100.5
Stompdrift Dam Olifants River 49.6 11 11 19.6
Theewaterskloof Dam Riviersonderend 480.2 92.3 93.3 100.6
Voelvlei Dam Voelvlei River 158.6 98.9 100 94.5
Wemmershoek Dam Wemmers River 58.8 90.4 89.8 94.5
Wolwedans Dam Groot Brak River 25.3 28 20.3 44.9

1842.7

80.7

80.6

87.1

© 2013 The Water and Solar Company Suffusion theme by Sayontan Sinha