Solar Panels UK . Solar Installers . Water Heating Solar Panels
Installations . Solar Trade Suppliers . DIY Solar . Evacuated Solar Tubes
Solar panels are proven to be the most beneficial
of all renewable's, requiring no planning permission to install.
NEW Apricus evacuated tubes
- The latest and most efficient (by up to 40%) water heating solar
panels (evacuated solar
tubes), use solar radiation to
heat your water, generally for washing, bathing, or swimming pools. Commonly
known as solar collectors, solar thermal or thermal solar,
these are a popular and affordable option for households across the UK.
Very simply, 'direct' evacuated tubes solar panels use
your existing hot water tank and keep an abundent supply of hot water during
the daylight hours.
This technology, not only prolongs
the life of your boiler, but means your family can do it's bit for the
environment, safe in the knowledge that your solar hot
water is 100% carbon free. This latest in solar thermal technology
and the most efficient system on the market today...
DIY solar
panel kits are also available >> 
Apricus evacuated solar tubes >>
Price and suitability >>
'Flat'solar panels
'Quality' flat solar panels for the UK climate
Schuco premium solar panels
- The latest and most efficient hot water heating
flat solar panels, use solar radiation to
heat your water, generally for washing, bathing, or swimming pools. Also
known as solar collectors, solar thermal or thermal solar,
these are a popular option for households across the UK. Very simply, 'flat'
solar panels heat-up
a heat exchanger within your hot water cylinder to keep an abundent supply
of hot water during the daylight hours.
If you have a solar compatible hot water
tank, or your tank has a spare coil (twin-coil), then this is the solar
technology for you. If you have a gravity-feed hot water cylinder/tank then
a solar tube system will be more beneficial to you, however some people
do prefer the aesthetics of flat panels, which can be mounted on
your roof, or in your roof...
Solar trade suppliers for installers >>

Schuco flat solar panels >>
Price and suitability >>
PV solar panels
'On-grid' means selling your surplus
energy
SELL your surplus power back to the National Grid...
Photovoltaic
solar - The latest electric PV
solar panels, also known as photovoltaic
solar panels. This type of solar contributes
towards your energy needs for your home. The average UK household
consumes approx 4000 kWh per year. An on-grid connected
PV solar panel
system can produce from 1500 kWh - 4500 kWh per year, depending on the
size system installed.
Although more expensive than solar
thermal, PV solar is becoming a fashionable
household accessory. It would be worth finding out your annual
electricity consumption rate first, but pv solar
running alongside basic energy conservation measures (such as low
energy lightbulbs etc), can make a great way of reducing your
households energy consumption and bills...
PV electric solar panels >>
Price and suitability >>
Why
solar panels?
1. Be the first
You don't have to be mental to be environmental, but you will
definitely beam, showing your neighbours you are smarter and greener,
buying solar panels for the
UK climate.
2. House prices
Adding solar panels to your property is the same
as adding a conservatory, a large possible increase in your property
price is possible.
3. Selling your home
In a century with ‘Energy Assessment
Certificates’, homes with solar already installed will be snapped up,
quicker, than those without.
4. Britain’s energy crisis
Did you know, 80% of British electric and gas
supplies will come from Russia, leaving a national security threat
bigger than the cold war. Our politicians will have no choice but to
give in to Russia’s political demands in the 21st century.
5. Climate change
Need we say more on this subject.
6. Why not wind?
People in built up or sub-urban areas will not get
planing permission to install. You need a very large wind turbine to
make a dent in the average domestic energy bill. Most domestic houses
are unsuitable for wind turbines.
7. Improved solar technology
Latest solar panels have improved vastly over the
last few years. Specially designed for the UK climate. Harnessing the
power of the sun has never been so easy. Solar
panels are fast becoming a mainstream and viable option. Learn
about solar energy and solar radiation for the UK climate.
8. UK energy pricing
May I quote “British Gas Managing Director - Mark
Clare, said "the industry had no choice but to pass on the large
increase in wholesale gas prices to the consumer". Mr Clare said "The
wholesale price forecasts for 2006 are something like 50 percent higher
than a few months ago. "FORWARD MARKET PRICES ARE PRETTY UGLY FOR EARLY
NEXT YEAR AND BEYOND". "All suppliers are going to have to put prices
up in 2009, that’s inevitable". He added "higher gas prices means
higher electricity prices too, because Gas fuels 40 percent of the UK's
power stations".
Energy price fixing by UK energy companies
Read the small print on your contract. Price
fixing is subject to governmental price changes, here or abroad, so if
Russia decides to up its price, up goes your price, fixed or not.
9. Climate change and Britain
We have all felt it get warmer and dryer, mild winters and
early spring times. So if predictions are correct, over the coming years,
you will be seeing a lot of the sunshine.
10. Global warming
Bored of hearing about global warming? Did we say domestic
solar panels save money on your energy bills?
The most common solar panels questions
1. Can solar panels run my central heating?
No, because solar is most effective in summer.
Solar thermal keeps your hot water tank topped with hot water only.
2. Is my roof suitable for solar panels?
In most cases yes, but this will be determined at
the solar
survey stage. South facing is ideal, but south/east and south/west are
great too.
3. There are lots of solar systems on the market,
which is best?
In a 2001 DTI report, evacuated tubes were singled
out as the most efficient systems. Since then, this solar panel
technology has greatly improved because it now heats 'directly' rather
than anti freeze 'indirectly'. This gives even better efficiency in
2007 for our UK climate.
PV Solar Panels are electric generating solar
panels, although these are more expensive than solar thermal, they can
help reduce your electric consumption and sell back to the national
grid.
4. 'Direct' or 'indirect' solar?
Traditional style UK solar panel
systems usually heat up an antifreeze mixture to prevent freezing in
the UK climate (indirect). Today we can get greater efficiency out of
solar panels by heating water '(directly), by making them freeze
tolerent using a special drainback system.
5. Can I install evacuated tubes myself?
Yes, if you are competant in plumbing, because DIY solar
panels kits are now available. We do not recommend novices
installing though.
6. Can I generate electricity using solar instead?
Yes, this is done using PV solar panels. Although
more expensive, they can produce a portion of your electricity usage,
but not all in most domestic cases. Any excess produced is sold back to
the National Grid.
7. Do I need planning permission?
No, unless you live in a listed building.
8. Why install these solar panels?
Simply put, we only showcase and install the latest solar
panel technology. There are still some UK solar companies who offer their
customers outdated or inefficient technology for the UK climate. Learn more
about solar energy in the UK >>
9. Can I buy solar panels from a trade supplier?
Yes, Solar4U are one of the UK's largest quality trade
suppliers. We supply solar installers, tradesmen, companies and even DIY
installers. Please
go to our solar panels trade suppliers website >>
10. Where do you install? Can you do my solar installation?
Solar4U, do solar installations and have solar
installers which cover England and Wales.
Solar energy and solar
panels 
Solar energy is a general term for the
electro-magnetic radiation emitted by the sun. We can capture and
convert solar radiation into useful forms of energy, such as heat and
electricity, using the latest solar panel technologies. The technical
feasibility and economical operation of these technologies at a
specific location depends on the available solar radiation, which in
the UK, is 60% of that of the equator. More than enough!
Solar radiation and solar energy
Our planet is round, and the sun strikes the surface at different
angles ranging from 0º (just above the horizon) to 90º (directly
overhead). When the sun's radiation or solar rays are vertical, and our
planets surface gets all the energy possible.
The Earth revolves around the sun in an elliptical orbit and is
closer to the sun during some parts of the year. When the sun is closer
to the Earth, our planets surface receives a little more solar energy
or solar radiation exposure. Earth is nearer the sun when it's summer
in the southern hemisphere and winter in the northern hemispheres. The
more slanted the sun's radiation or solar rays are, the further they
travel through our the upper and lower atmospheres, becoming more
scattered and diffuse. Because the Earth is a globe, the north and
south polar regions never get a full high sun, and because of the
tilted axis of spin, these areas receive no sun at all during part of
the solar or annual year.
The tilt in the Earth's axis of spin is a more significant factor in
determining the amount of solar radiation hitting the Earth at any
particular part. Tilting results in longer days in the northern
hemisphere from our spring equinox to the fall equinox and longer days
in the southern hemisphere during the other part of the annual
calenders. Days and nights are both 12 hours long on the equinoxes,
which occur each year on or around March 23 and September 22.
Solar energy and solar radiation in the UK
The UK, which lies in the middle latitudes, receives more solar
energy in the summer not only because days are longer, but also because
the sun is nearly overhead giving greater amounts of radiation
exposure. Solar rays are far more slanted during the short days of the
winter months.
Rotation of the Earth is responsible for hourly variations in
sunlight and solar radiation. In the early morning and late afternoon,
the sun is lower in the sky. Its rays travel further through the
atmosphere than at midday when the sun is at its highest point. On a
clear day, the greatest amount of solar energy reaching a solar panel
collector is around midday. This is called the solar bulge, commonly
known as high noon.
With solar panels, solar energy can be
collected, harnessed and used...