Solar System catalogue OKSOL-150 ENG - Orkli

THE ONLY ALL-IN-ONE
SOLAR SYSTEM
Integrating all the components / Aesthetically innovative / Easy installation / Efficient energy-saving system / Respectful of the environment.
1

THE ONLY
“ALL-IN-ONE”
SOLAR SYSTEM
ON THE
MARKET
This is an ALL-IN-ONE solar
system that uses solar thermal
energy to heat domestic water.
It integrates the absorber, the
pump-circulated system, and
the 150l tank.
It uses a PV-driven circulating
pump, which means it is a fully
autonomous system that does
not require any external power
source.
The only solar panel
integrating all the components
in the collector: 150l tank,
exchanger, pump, and PV
panel, to increase the value
of your property by improving
energy efficiency using
renewable energy technology.
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8
REASONS TO CHOOSE AN
ALL-IN-ONE SOLAR SYSTEM
Outstandingly efficient,
super saver
It saves up to 65% of the energy used to
heat domestic water.
Aesthetically pleasing integration
Elegant design, in harmony with the
environment. All the components are
integrated into a single station.
Easily installed
Easily assembled, it only requires the water
inlet and outlet to be connected.
Roof-integrated
No visible tanks. The other components in
the system are below the collector.
Unbreakable
Impact-resistant, easily mounted materials,
safely preventing accidents (cuts).
Roof-integrated
In roof-mounted installations, the collector
integrates into the roof.
Autonomous
On roofs, in terraces or in gardens.
No work on the building required.
¿Cómo funciona?
COMPONENTS
1
2
3
Inlet.
Pump.
PV panel.
HOW DOES
IT WORK?
¿Cómo funciona?
1 2 3
4
Methacrylate cover.
7
5
2sqm stainless steel collector featuring
a blue selective surface.
9
10
6
5
4
6
7
8
Insulator.
Valve.
Outlet.
4
3
1
2
9
10
Exchanger.
150l tank made of corrosion-resistant
composite materials.
Solar radiation reaches the collector,
which concentrates the heat that is then
transferred to the heat transfer fluid that
circulates through the system.
> The selective treatment and the shape of the
surface, it uses a large proportion of incident
radiation. As it is filled with the heat transfer
fluid, it can use 100% of the surface.
The radiation on the surface is also
received on the PV panel, which generates
the power that drives the circulating pump.
The pump gets the hot fluid into the
exchanger.
The heat is transferred to the tank because
the hot fluid passes from the pump to the
exchanger.
> The tank will get hot whenever there is
sunlight up to the top limit set at 95 ºC.
5

WHERE IS IT
INSTALLED?
1
2
3
In a pitched roof (either built-in
or not).
In a flat surface or a garden.
In a wall.
Where a domestic water heating
system is required. The ALL-IN-ONE solar
system can be placed anywhere requiring
domestic hot water (homes, campsites,
community vegetable gardens, country
homes and hotels).
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KEYMARK SOLAR
CERTIFICATION
LABORATORY
PRODUCTION
Fundación CENER-CIEMAT
Web: www.cener.com
Test identification number:
30.1181.0-1 Anexo 4.
Report date:
22/09/2010
System name: OKSOL-150
Number of collectors: Uno (1)
Maximum operating pressure
(collector): 300 kPa
Maximum operating pressure
(accumulator): 600 kPa
CLASSIFICATION SYSTEM
Fluid: Forced.
Direct/Indirect: Indirect.
Pressure: Closed.
COLLECTOR
STORAGE
MODEL
Aperture area
PER MODULE
Gross length
Gross
width
No
MODULES
m2 m m min. max.
OKSOL-150 1,95 2,03 1,02 1 1
MODEL
Drainage: Drainage: None. Always full.
Tank location: Outdoors.
Tank position: Horizontal.
TOTAL VOL.
GROSS
DIAMETER
(width)
GROSS
LENGTH
Internal back-up: None.
Type EN12976: Solar only.
BACK UP
HEATER VOL
BACK UP POWER
litres mm mm litres kW
OKSOL-150 150 840 1800 0 0
Calculated annual results*
DAILY DRAW-OFF (litres/day)
ZONE
140 170 200 140 170 200 140 170 200
Q d
kWh/y Q L
kWh/y F sol
%
Stockholm, SE 2.171 2.636 3.101 709 761 790 32,7 28,9 25,5
Wurtzbourg, DE 2.082 2.528 2.974 813 881 916 39,1 34,8 30,8
Davos, CH 2.355 2.860 3.365 1.081 1.159 1.201 45,9 40,5 35,7
Athènes, GR 1.617 1.964 2.311 1.082 1.212 1.291 66,9 61,7 55,9
*Auxiliary indicators: Q d
(Heat demand); Q L
(System outlet); f sol
(Q L
/Q d
; solar fraction); Q par
(Elec. for pumps/controllers).
Stockholm, SE Wuzburg, DE Davos, CH Athens, GR
G 1.113 1.230 1.684 1.718
REF. CONDITIONS
Ta 6,9 9,0 3,2 18,5
Tc 8,5 10,0 5,4 17,8
∆Tc 2,1 - 14,9 7,0 - 13,0 4,6 - 6,2 10,4 - 25,2
G kWh/m 2 Annual irradiation South, 45º ∆Tc ºC Seasonal variation of Tc
Ta ºC Annual mean air temp.
Th 45º Desired (mix. valve)
Tc ºC Annual mean cold water temp.
8 9

FAQS
What happens when the
water tank remains empty at
the time of the installation
If you cover the collector to prevent
solar radiation from reaching it,
there is no problem at all. If the
collector remains uncovered, the
safety valve of the primary circuit
can come off and glycol escapes
from it. Check the pressure in the
primary circuit and fill it if necessary.
Do I need a crane to install
the solar heating system
Regulations in force require some
kind of aid to lift weight. However,
the installation requires no more
than two people.
Can the system freeze
There is no freezing danger. You
just need to install efficient lagging
on the water inlet and outlet. In
Spain, it works well at average
temperatures of up to 10 ºC.
Is there a risk of limescale
How much energy can be
Does the system need
What is the output of the
? ? ? ? ?
problems
saved in domestic water
electrical work
system
heating
?
?
If the amount of lime in water is
normal and falls within the range
approved in the regulations in force,
there will be no limescale problems.
As the tank is made of plastic,
limescale does not build up on its
walls.
Is there any output loss as
a result of the tank being
placed outside the house
Any output loss is counterbalanced
by the system’s overall performance.
Since the system is compact, the
insulation of the primary circuit adds
to the insulation of the secondary
circuit, thus providing protection
against low outside temperatures.
Does the system work on
cloudy days
Yes, it works very well on cloudy
days. The design of the solar heating
system and the 2m2 exchange
surface allow for making better use
of low radiation because there is
a larger surface of effective solar
radiation collection.
?
?
To comply with the rules in the
Building Code (CTE) the energy
supply required to fulfil the needs
of five people on average at the
national level can be justified, which
is similar to that of other active
systems on the market.
Can the system be mounted
on any roof
Yes, it can be mounted on any
roof. However, you should carry
out a load analysis to guarantee the
installation is safe.
Can the system be installed in
a second home
Yes, provided that the system always
has water, it can be installed in a
second home. Safety devices protect
the system against overheating.
?
?
No. When supplied to the customer,
the primary circuit, filled with glycol,
and the safety valves have already
been installed by the manufacturer.
The customer will just fill the solar
system with water and make sure it
is exposed to the sun., so that it can
start working.
Should I guide the drains
from the panel
Yes, regulations establish that
water-glycol fluid drained must be
guided and collected in a reservoir.
When the system is mounted in the
garden, the hot water drain must be
guided to avoid overheating.
Can the cover be damaged
No, because it is a synthetic
cover, which means it cannot be
damaged by hail or other forms of
precipitation or impact. Certified
with the SOLAR KEYMARK.
?
?
Les performances du système solaire
sont les mêmes que celles d’autres
systèmes forcés conventionnels.
Elles sont à peu près 50 %
supérieures à celles d’un système par
thermosiphon avec la même surface
et le même volume d’accumulation.
How can you calculate the
system’s savings that justifies
the Building Code (CTE)
To use the system’s performance
and apply it in a commercial or
tailor-made calculation program, the
values are k: 0.72 a1: 3.6 a2: 0.011:
You can also contact us for help.
What is the coverage,
measured in number of
people, of 1 solar system
The solar water heating system
provides domestic hot water to meet
the demands of four or five people.
?
?
What are the savings of this
system as compared to a
component system
This system is installed in an average
of 9.5 hours, thus saving 60%
costs on average, considering all
installation times (no pipework for
the primary circuit, no set-up or
drain and no specialist electrical
contractor to carry out electrical
installation).
Do I need to install expansion
vessels
No, neither for the primary nor for
the secondary loops, provided that
the cold water pressure in the home
is lower than 3.5bar.
?
?
10 11

Teniendo el colector de
forma vertical soltar los
tornillos, colocar las patas
y atornillarlas.
Quitar esquineras y bajar
el colector hasta que las
patas apoyen totalmente
en el suelo, descender
INSTALLATION
GUIDE
COLECTOR
COLECTOR
CON
CON
PATAS
PATAS
PARA
PARA SUELO
SUELO
More info:
www.orkli.com
1 2
4 5
Teniendo el colector de
forma Teniendo vertical el colector soltar los de
tornillos, forma vertical colocar soltar las patas los
y tornillos, atornillarlas. colocar las patas
y atornillarlas.
6
IN ROOF
agarrada por los
e en la parte inferior
Colocar la caja de forma vertical
3
COLECTOR CON PATAS PARA SUELO
lentamente.
Teniendo el colector de
forma vertical soltar los
tornillos, colocar las patas
y atornillarlas.
COLECTOR CON PATAS PARA SUELO
Teniendo el colector de
forma vertical soltar los
tornillos, colocar las patas
y atornillarlas.
IN WALL
Desembalar la caja
1 Lift the box using the slots on the
bottom side.
2 Place the box in a vertical position.
3
4
5
Unpack the contents.
Place the collector in a vertical position,
remove the screws, attach the
legs and insert the screws.
Remove the corner protectors and
lower the collector until the legs
rest completely on the ground; then
slowly lower the collector.
Quitar esquineras y bajar
el colector hasta que las
patas Quitar apoyen esquineras totalmente y bajar
en el el colector suelo, descender hasta que las
lentamente.
patas apoyen totalmente
en el suelo, descender
lentamente.
Quitar esquineras y bajar
el colector hasta que las
patas apoyen totalmente
en el suelo, descender
lentamente.
8 guía de instalación paso a paso - guía de instalación paso a paso - guía de instalación paso a paso
8 guía de instalación paso a paso - guía de instalación paso a paso - guía de instalación paso a paso
BUILT-IN ROOF
12
6
Remove the inlet and outlet caps and
valve drains and connect to the power
grid.
Quitar esquineras y bajar
el colector hasta que las
patas apoyen totalmente
en el suelo, descender
8 guía de instalación paso a paso - guía de instalación paso a paso - guía de instalación paso a paso
8 guía de instalación paso a paso - guía de instalación paso a paso - guía de instalación paso a paso
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Why
Orkli?
15% cheaper
than other systems
of the market
Less components
means
less time to install
less final price
and more m 2
available
at home.
components to
install a
solar system COMPONENTS SYSTEM DRAIN BACK SYSTEM
OKSOL ORKLI SYSTEM
ALL-IN-ONE
Collector
Hydraulic group
MATERIAL
Tank
Solar tube
Secondary tube
Structure 45º
ACCESSORIES
Expansion tank
Sanitary solar fluid
ELECTRIC
INSTALLATION
Electrical legalization
Material and labor
INSTALLATION TIME 25,5 h.
PSP Price (installation included) 4.210,18 €
15.5 h. 9,5 h.
4.252,70 € 3.698,80 €
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ORKLI,
A DIFFERENT KIND
OF COMPANY
Orkli is one of the main European
manufacturers of components for
household appliances and innovative
solutions for the comfort sector. Its
corporate activity is focused on the
manufacture and sale of components
for heating and domestic hot water,
thermoelectric safety, water heating,
solar systems and underfloor heating
and cooling.
30 years of professional experience
have made Orkli a global company that
is competitive on an international scale.
Orkli exports over 80% of its production
and currently has manufacturing plants
in Spain, China and Brazil.
It also has subsidiaries across Europe
and sales representatives strategically
located in countries all over the world.
Orkli is not alone when it comes to facing
the challenges of a globalized market. It
is part of the largest cooperative group
worldwide: the Mondragon Corporation.
As a result of its commitment to
renewable energies, Orkli develops and
manufactures new components for solar
thermal systems. These include hydraulic
pump systems, high performance
hydraulic systems for large installations,
automatic drain units, etc.
The company’s commitment to the
environment and to halting climate
change has led to products with higher
energy efficiency, manufactured through
more efficient processes that minimize
resource consumption and waste
generation. Orkli has been granted the
most demanding certifications in the
areas of quality, safety and occupational
health and safety, as well as protection
and respect for the environment. Its
products are recognized by the main
brands in the sector and the company’s
innovative philosophy continues to
reinforce its international presence.
Orkli engages in innovation in terms
of products, quality improvement,
production systems, service and
logistics: a comprehensive offer that
aims to provide new solutions for the
market while meeting customer needs.
We provide safe comfort, with our own
technology, using renewable energies,
respecting the environment.
16 17

DELEGACIONES
SALES OFFICES
DELEGACIONES
INTERNATIONAL DELEGATIONS
ORKLI S.COOP.
Ctra. Zaldibia, s/n 20240 Ordizia (Spain)
Tel: +34 943 80 50 30
e-mail: solarorkli@orkli.es
www.orkli.com
ORKLI, U.K. LTD.
Simon Baker - Orkli (UK) Ltd.
Unit 1,Trident Court
One Oakcroft Road
Chessington
Surrey KT9 1BD
Tel.: +44 (0) 203 044 2992
Fax.: +44 (0) 203 044 2701
e-mail: simon.baker@orkli.co.uk
DEUTSCHLAND
Orkli Deutschland GmbH
e-mail: info@orkli.de
ARGENTINA
Uriarte Taldea S.A.
e-mail: mateo@uriarte.com.ar
BELGIUM
Impex
e-mail: info@impexsa.be
BRAZIL
Orkli do Brasil
E-mail: comercial@orkli.com.br
CZECH REPUBLIC
Jiri Prec
e-mail: jprec@orkli.cz
FRANCE
Pierre-Jean Dupouy
e-mail: pjdupouy@orkli.es
ITALY
Orkli Italia, S.R.L.
e-mail: mcccomp@mccit.com
PORTUGAL
Antonio da Mota Pascoal
e-mail: orkli@iol.pt
RUSSIA
MCC Rusia
e-mail: orkli@mondragon.ru
18 19

ORKLI, S. Coop.
Ctra. Zaldibia, s/n
20240 Ordizia (Spain)
Tel: +34 943 80 50 30
e-mail: solarorkli@orkli.es
www.orkli.com
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