INTRODUCTION
Load-shedding is a reality that will be with us for some time but ...
... do not despair, there is some very good news...
LSS not ONLY obliterates load-shedding, it has MANY MORE benefits!
*** LSS substantially extends the life of a geyser
*** LSS will save on electricity bills
The adjacent video is an executive summary; more comprehensive videos are available on the technical functionality page.
THE COST OF LOAD SHEDDING
Given that only one hour of shedding costs the country R500 000 000 per day, stage 6 load shedding where the electricity can be off for 12 hours of the day, costs 6 billion rand per day!
Source: https://www.iol.co.za/capetimes/news/see-how-much-stage-6-costs-sa-4456ef54-b30c-4350-ab44-77bc9b30e4f6
So, just 20 days of load shedding in a month, costs R120 Billion EVERY MONTH!
That is a staggering R1 440 Trillion Rand per year!
This is a massive loss and a total waste of money that can be put to far better use in the country.
The LSS system will cost a fraction of that amount and remain in place as a PERMANENT solution.
The LSS system will activate automatically should the need arise whilst at the same time substantially extending the life of a geyser.
FACT
Eskom cannot produce enough power to supply the ever increasing demand and that means, without a miracle, Load-shedding is HERE TO STAY.
Government/Eskom knows that without an urgent, non-detrimental and comprehensive solution, South Africa is doomed and the pressure is now on them like never before, to find a solution.
Fortunately for them AND our country, they can - the miracle solution is called LSS!
LSS is a fully patented technological advancement that puts a COMPLETE END TO ROLLING BLACK-OUTS.
So, how can LSS make such a HUGE claim?
The LSS system very cleverly takes a little bit of power from everybody and not everything from selected areas like rolling black-outs does. In doing this, LSS ensures that everyone’s power, including industry, is always on.
Even better, the LSS System is extremely cost effective, both to manufacture and install.
HOW DOES THE LSS SYSTEM WORK?
To understand how the LSS System works, lets relate it to an easily understood example:
If 100 litres of water is to be contained, it could be contained in various ways:
1 X100 liter container
10 X 10 liter containers.
100 X 1 liter containers.
Lets now equate this example to load-shedding. Imagine the 100 liters of water is equal to 1000 Mw of electricity.
Load-shedding becomes necessary when Eskom is short of electricity.
Load shedding as is stands is the 1 x 100 liter container, LSS is the 100 the 1 x liter containers!
Using the example above, say they are short of 100 Liters (1000Mw), they take the 100 Liters from an area like, say Sandton, resulting in a complete black-out of that area.
The LSS system, on the other hand, will take only 1 liter from 100 separate areas across the whole country and nobody is blacked out! LSS can handle whatever power needs to shed.
Load-Shedding blacks out complete areas
LSS takes a little from the whole country:
