Solar or mains fountain
Solar or mains fountain, you decide. You
search the web for one, ok ,so its a bit pricey, (£400*) but its going to
give you a tall jet, around 1m) so it says
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Here is a typical small solar operated floating fountain, the jet height is
0 cm This is because like most solar fountains, it needs bright
sunshine to work, despite waiting for a few hours nothing much
happened. |
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This is a normal mains operated fountain, the jet height
is over 2m. To save you counting there are
37 jets.
Which would you rather have, one that works when you want it to,
or one that you have no control over? |
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Some solar pumps can give you a jet height of 50 cm
(ours can) but it will only do this in very bright sunshine, because it is
solar.
The solar pump set you found costs around £400*, the mains pump and
nozzle costs half that price, which are you going to have ? It
is the same pool, same distance (different angle)
* Yes you can buy
solar pumps much cheaper, but they are for ponds, and produce small jets,
see our
solar pump test We did have an enquiry
(Click here) and the solar pump
itself cost £400. According to the manufacturers instructions It is
only capable of making a jet height of 1.5m Max. The
customer wanted 3m. If only they had of asked us FIRST! (And read the
small print, the same as we did)
The pump above was rated at 40 watts that means it would
require two 20 watt solar panels, With the cost of the pump AND 2 x 20
Watt solar panels its still cheaper to install a mains
powered pump. Using the panels below, even if an electrician charged you
£500 it will still be cheaper to use his services than to buy 2 solar
panels. Now try and tell us solar is good.
You may also be thinking we used a bigger nozzle for the
pictures, if so
read this

Yes, this 35 watt solar panel really does cost £363.76
(Price in March 2010) Its also Cheaper, than the one we supply.
Calculations. The smallest fountain pump we
supply uses 65 watts, But that's mains (230v ) electricity so you will
need an inverter to change 12v to 230v ac, the inverter will use
electricity itself lets say 10 watts, then you are going to want to charge
some batteries for when its not sunny. Lets say the batteries will need 15
watts to keep charged.
65 + 10 + 15 =90 watts required.
That means you will need 3 of the panels shown above.
3 x 363.76 = £1091.28 NOT including
inverter, or batteries
Which are you going to do, solar panels or electrician.
Solar pumps
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