AEROVOLTAIC SOLAR ENERGY
R-Volt
Reversible energy
www.systovi.com
MADE IN FRANCE
THE REFERENCE
IN ENERGY
INDEPENDENCE
PATENTED
SYSTEM
IDEAL FOR
N
RENOVATIO
Reversible effect
Innovative air recovery offering four functions within a single system.
900 W
(250 Wp + 650 W)
The most advanced solar panel in the world.
Guaranteed energy saving..
Certified Solar Keymark
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HOW IT WORKS
The aerovoltaic panels
generate electricity and collect
hot or cold air which is normally
wasted.
The MODUL-R
filters and directs all air flows for
heating or cooling.
Air evacuation
evacuates excess heat for your
comfort and to ensure your system
runs smoothly.
The digital thermostat
regulates the temperature of
comfort and the operating modes.
The electrical part
is composed of an inverter
and an AC Box.
Blow vents
provide fresh air and ensure
you can relax at a comfortable
temperature.
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HOW IT WORKS
MODUL-R
Smart Management Unit of Energy. Centralize airflow and adapt it to your
needs. MODUL-R is synchronized to your main heating system.
The electronic card
receives thermal
data and thermostat
instructions to manage
the MODUL-R.
Low consumption fan
Variable flow from
100 to 400 m3/h.
Motorized flat
Opening automatically
calculated according to the
blowing setpoint.
F5 filter
purifies air up to 95 %.
EcoBoost
Low consumption
electrical resistance.
Brings +5 °C if
necessary.
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ELECTRICITY GENERATION
TOTAL FREEDOM
OF INSTALLATION
Ultra-integrated design
« Flat surface » effect thanks to an edge to edge joint between the panels.
Perfect homogeneity for a highly aesthetic finish on all roof types.
2 options to meet all your requirements
On-roof design
SYSTOétanche® technology (Patented)
Monoblock rail and double sealed frame. Proven strength and reliability in all
conditions. Technical appraisal of CSTB n°21/12-31
Hyper fast assembly with no change to the roof’s impermeability.
Adaptable to all configurations while retaining an appearance as
close as possible to the roofing.
NEW 2015
L-Frame technology (Patented)
Single sensor format that can be installed
either vertically or horizontally. The inter-panel assembly
guarantees high modularity and airtightness.
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ELECTRICITY GENERATION
DOUBLE-SIDED
ENERGY
Generates electricity at the front,
uses the air at the back
Premium components
High surface productivity (167W / m2) for optimal power generation.
‘On Roof Air Tightness’ Technology (Patented)
Interlocking insulated rear collectors for tight air circulation throughout the solar field. Maximised air heating thanks
to the turbulent flow and a single extractor outlet per sensor line.
Mechanical ventilation
under the panels
Recovery of turbulent air flow (Patented « Turbulent Flow ») and permanent cell
cooling. Great quantity of available heat, up to 10% more electricity
and increased panel life.
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HEATING
A SOURCE OF
HEAT &
SAVINGS
Recovering
hot air
Innovative heating system.
Create a comfortable environment and save up to 50% on your bill.
EcoBoost mode
+5°C in available heat.
30% more energy savings.
*: Non-contractual estimate. Energy saving rate depends on the building insulation level and the heating needs.
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HEATING
EFFECTIVE IN
WINTER AND
WHEN IT’S
OVERCAST
SUNNY WEATHER
WITH NO CLOUDS
MISTY
CLOUDY
VERY
CLOUDY
OVERCAST
VERY
OVERCAST
March : 10 °C
42,8 °C
40,2 °C
31,9 °C
25,9 °C
22,4 °C
13,9 °C
December : 5 °C
23,7 °C
22,7 °C
22,5 °C
11,2 °C
9,2 °C
7,1 °C
Outdoor temperatures
It clouds over, but the heat remains
While a lovely sunny day is still the ideal situation, the arrival of clouds will not prevent your system from operating
effectively. To give just one example, on a cloudy day with an outdoor temperature of 5°C in December, R-VOLT
can blow hot air at over 22°C! That should bring down your energy bill, even during bad weather.
Cold outside, warm inside under the panels
When outdoor temperatures drop, the sun will continue to shine on the aerovoltaic panels. The panels
collect the rays and convert them into heat, which will then be ingeniously harvested on the rear side by
the Systovi patented air duct.
Outdoor temperature
28,4
13,4
24,4
October
8,6
November
December
After 6pm, main heating system
24,8
23,5
12:00
20,3
EcoBoost
EcoBoost
9,8
From 11am to 6pm, R-VOLT
38,3
36,6
Temperature of the aerovoltaic sensors *
Produce heat
throughout the day and
enjoy it in the evening!
Heat supplied by R-VOLT on a day in March
13,9
14,8
EcoBoost
6,2
January
7,3
February
March
April
The EcoBoost effect: + 5 °C
15:00
18:00
21:00
00:00
6:00
09:00
Thermal intelligence
How does your R-VOLT system share the workload with your central heating system? Well, in a smart and
simple way. Most of the day, R-VOLT can heat your home without assistance. In addition, the hot air blown
throughout your home will only dissipate slowly. You will therefore considerably reduce the length of time your
central heating system is on and it will also come on much later! Mid-season, R-VOLT can even be used as your
main heating system.
Even from December to February, R-VOLT can blow hot air at 20°C despite the panels not reaching this
temperature. This is because an electrical resistor boosts the thermal potential of the system. This means you
can enjoy a comfortable temperature indoors while continuing to save energy!
Smart Monitoring
With our app, you can check the performance of your
R-VOLT system in real time!
Available on smartphones and tablets.
* Measurements taken from a system rolled out in 01/03/12.
The Coefficient Of Performance (COP) for the system remains above 3 (1 kWh input = 3 kWh output).
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HEATING
NEED MORE HEATING ?
ADD THE 750 W
THERMAL BOOSTER.
Self-sufficiency with R-VOLT
Produce energy more cheaply than the network and use it yourself! This is your first step
towards energy autonomy.
Example of a 3 person 100 m² house in London :
Recommended configuration
6 aerovoltaic panels
4 thermal boosters
Find our recommended configurations
depending on your installation on page 31.
Premium
components
3.2 mm solar glass with
anti-reflective coating
Selective aluminium solar
absorber (98 % absorption)
Polycarbonate air collector
Patented turbulent flow
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NIGHT-TIME COOLING
The free cooling effect
The air collected under the panels is cooler than
the outdoor air. By blowing this cool air into your
home, after all-day heating, you can create a
temperature difference which cools your home
down efficiently and for free.
HEAT DURING
THE WINTER,
COOL AIR OVER
THE SUMMER
Night-time cooling
4°C cooler than the outdoor temperature. Ideal night-time
comfort, with the windows closed.
Less than 30 decibels*
Makes no noise when running. Cool nights = sleep tight.
*: for an average blowing flow of 200 m3/h.
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PURIFY YOUR INDOOR AIR
A NEW
WORLD OF
COMFORT
Solar ventilation
by blown air
The ideal addition to mechanical ventilation systems.
Benefit from purer air and extra energy savings.
F5 filtration
Air that is fresh and purified up to 95%.
Protect your home and those living in it.
Cold and damp air from indoors is
expelled by the warm solar air.
Cold outdoor air is stopped
from entering
Dual action
mechanical ventilation
Your mechanical ventilation system is
designed to remove polluted air from your
home, however it will not replace indoor
air. R-VOLT makes up for this shortcoming
through its large-scale supply of fresh air.
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HOT WATER PRODUCTION
SYSTOVI
& ATLANTIC group
innovate together in
hot water thermodynamic
production
By using preheated air from R-VOLT
aerovoltaic panels, the thermodynamic
water tank with solar air Odyssée 2
R-VOLT has a thermal efficiency 50 %
higher than a regular thermodynamic
water tank. This is the highest COP on
the market.
In addition, the electricity
produced by the panels fully offset the
residual consumption of the water tank.
Hot water is 100 % free during the whole
year!
THE INDEPENDENT
HOT WATER
WITH THE OPTION ODYSSÉE 2 R-Volt
Up to 100 % savings
on hot water
A maximized use of heat and electricity produced by R-VOLT aerovoltaic panels.
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YOUR OWN ENERGY,
CHEAPER,
AT CONSTANT PRICE
AND ECO-FRIENDLY
100 % OF THE ELECTRICITY
PRODUCED IS CONSUMED
€
ENERGY
PRICE
ENERGY
SUPPLIER
GREEN ENERGY CHEAPER THAN
THE ENERGY FROM THE GRID
NO KWH RISING PRICE
FOR 25 YEARS
R-VOLT
SAME ADMINISTRATIVE PROCESSES
AS REGULAR PV SYSTEMS
TIME
ELIGIBLE FOR THE FEED-IN-TARIFF
(and other possible financial subsidies)
Simulate
Systovi solutions
in your home
Free app available on:
Windows
Store
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SUITABLE
FOR ALL
CONFIGURATIONS
Even with converted attic, the MODUL-R can be easily installed in all houses
(new or renovated buildings).
INSTALLATION AT THE
TIP OF THE AT TIC
An access hatch
to the attic is enough to
easily install the R-VOLT
sytem in the tip of the attic.
The blow vents
provide new air and real
thermal comfort.
Flexible
installation
Benefit from total freedom thanks to our
connection solutions. From panels to air vents,
with MODUL-R you can adapt our systems to
any configuration thanks to our flexible set-up.
Flat ducts
enable to go down into the rafters.
Wall plenum
can be installed to distribute air
from the ground.
INSTALLATION UNDER
THE AT TIC
LOF T PLENUM WALL
S PA C E F I T T I N G
LO F T C E I L I N G S PA C E
FITTING
INSTALLATION IN AN
UNCONVERTED LOF T IN A
TWO-STOREY HOUSE (GROUND
+ UPPER FLOOR)
INSTALLATION IN THE
TECHNICAL CLOSET OF A
TWO-STOREY HOUSE
(GROUND + UPPER FLOOR)
WITH A CONVERTED LOF T
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Technical specifications
Airflow specifications
900 W
650 W
250 WP
AIR FLOW AND REGULATION COMPONENTS
Dimensions H x L x W (mm)
Weight
Envelope
Inner trim
Motors
Fan
Filter
Mechanical specifications
MECHANICAL DATA
Dimensions (H x L x D)
Sensor weight
Solar cells
Number of cells
Origin of panels (encapsulation)
Glass
Rear surface
Frame
Maximum load
Hail resistance
1518 x 1011 x 43 mm
17.5 kg (16 kg/m2)
6.2’’ (156 x 156 mm) monocrystalline Si cells
54
France (Saint-Herblain - 44)
3.2 mm with anti-reflective coating
Black composite film
Black anodised aluminium
Advanced test up to 5400 Pa as per IEC 61215
Up to a diameter of 25 mm with an impact speed of 23 m/s
INTEGRATION DATA
Orientation
Roof
Roof angle
Min. slope required (including flashing)
Integration standard
Portrait
All types
15° - 60° (up to 6° for complete roof, subject to conditions)
3.4 m (min. 2 rows of panels)
IAB, all roofs, including slate (< 2 cm)
250
-2/+2%
16.5%
1000 V
17 A
28.84
8.502
34.40
8.811
15
47°C
from -40°C to 85°C
-0.346 %/K
0.036 %/K
-0.47 %/K
-7 °C/ 60 °C
Heating mode
65 °C
400 m3/h: circular vent diam. 330 mm - 200 m3/h: circular vent….
Rectangular plenum, 400 m3/h or 200 m3/h
Wall
Electric
Power supply
230 VAC
Electrical protection
Class II
Capacity (L)
270
Power supply
230 V
Total power input (W)
2,550
Resistance (W)
1,800
591
2.76
4.07
(2)
Standard heating time
11h32
6h35
Solar air heating time(3)
Dimensions H x D x Ø (mm)
1950 x 674 x 591
Empty weight (kg)
90
Clear line-of-sight noise level at 1 metre (dB(A))
37
Coolant
R134a
(1) COP according to EN 16147 - Setpoint ≥ 52.5 °C - Outdoor air 7°C; (2) Value corresponding to 6 R-VOLT panels in zone H2b;
(3) Outdoor air 7°C - Setpoint 55°C - Irradiation 700 W/m²; single-phase connection only
Acoustic specifications
10-year warranty
ACOUSTIC PRESSURE
2-year warranty
Clear line-of-sight - Measured 1 m from the air intake point of the MODUL-R
ELECTRICAL POWER
10-year warranty
25-year warranty
Technical notice - 21/12-31
SYSTOétanche®
Heating, cooling, PV ventilation, frost protection
Unit location
Ceiling
Air intake vent
mean annual solar COP
PRODUCTS
Solar Keymark certification
Licence 078/000227
Operating mode
Max./min. operating temperatures
COP(1)
Warranties
90%
80%
Thermostat
Control
HYDRAULIC COMPONENTS - ODYSSÉE 2 - R-VOLT THERMODYNAMIC WATER HEATER
ELECTRICAL EFFICIENCY
R-VOLT aerovoltaic panels
Mounting system, integration and seal
Airflow components
EcoBoost
Hydraulic specifications
Electrical specifications
Pmax (Wp)
Power tolerance
Yield
Max. system voltage, Vmax (U)
Max. system current, Imax (A)
Vmpp (V)
Impp (A)
Voc (V)
Isc (A)
Reverse-current protection IRM (A)
Normal operating cell temperature (NOCT)
Operating temperature (OC)
Temperature coefficient (Voc)
Temperature coefficient (Isc)
Temperature coefficient (Pmax)
Modul-R construction
380 x 550 x 500
10 kg
PPE - expanded polypropylene
PPE - expanded polypropylene
Servomotor 2 Nm/230 VAC
Low-consumption variable speed, 100 m3/h - 400 m3/h
F5 for incoming air - F7 as an option between Modul-R and air intake point
250 W - heating mode triggered if min. under-panel temperature >15 °C
Shutdown if under-panel temperature > 23 °C - Max. air flow with Ecoboost active: 150
m3/h
Digital wireless
1950
THERMAL:
ELECTRICAL:
674
PMAX (W)
r-volt
IEC 61215 ed. 2 certificate
61730 certificate
Air flow (m3/h)
100
200
300
400
Noise (dbA)
10
27
37
44
PV Cycle membership
Modules 85% recycled
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Thermal specifications
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MEAN MONTHLY SOLAR IRRADIATION (W/M²) AND IMPACT OF CLOUD COVER
THERMAL PERFORMANCE AS A FUNCTION OF THE DISTANCE TRAVELLED BY THE AIR
Yield (%) and temperature of intake air (°C) - Irradiation 600 W/m², orientation 180° south, gradient 30°, wind 1.5 m/s
Solar irradiation values can be used to assess the energy potential of a geographic zone. Solar irradiation will vary depending on the location of the zone, but will also be affected
by cloud cover. The following graphs show mean monthly values for 4 towns, each located in one of the 4 thermal zones of France.
ZONE 1 - NORTH: Lille, London, Rotterdam, Brussel...
ZONE 2 - CENTRAL NORTH: Paris, Strasbourg, Zurich, Munich...
ZONE 3 - CENTRAL SOUTH: Lyon, Geneva, Milan, Venice...
ZONE 4 SOUTH: Bilbao, Barcelona, Marseille, Florence...
Intake via
2 rows
Type
of cloud cover
Solar irradiation
(W/m²)
1,000
Type
of cloud cover
ZONE 2 - CENTRAL NORTH
40
Air flow:
100 m3/h
Air flow:
200 m3/h
Air flow:
400 m3/h
Intake via 1 row
30
Intake via
1 panel
20
Intake via
3 rows
Intake via
2 rows
Air flow:
400 m3/h
Intake via 1 row
30
ZONE 1 - NORTH
Temperature of the intake air (°C)
Intake via
3 rows
40
Source: PVGIS - Measurements taken at noon.
Solar irradiation
(W/m²)
Yield (%)
Intake via
1 panel
Air flow:
200 m3/h
20
Air flow:
100 m3/h
10
1,000
No cover
800
600
No cover
800
600
Moderate
cover
400
Moderate
cover
10
0
0
1
2
400
200
Overcast
Values approved by Solar Keymark as per EN ISO 9806:2013
Licence 078/000227
Ja
n.
Fe
b.
M
ar
ch
Ap
r.
M
ay
Ju
ne
Ju
l.
Au
g.
Se
pt
.
Oc
t.
No
v.
De
c.
Ja
n.
Fe
b.
M
ar
ch
Ap
r.
M
ay
Ju
ne
Ju
l.
Au
g.
Se
pt
.
Oc
t.
No
v.
De
c.
0
Solar irradiation
(W/m²)
Type
of cloud cover
ZONE 3 - CENTRAL SOUTH
Solar irradiation
(W/m²)
1,000
Type
of cloud cover
ZONE 4 - SOUTH
No cover
600
No cover
600
400
Moderate
cover
400
200
2
3
4
5
Distance travelled by the air (m)
Air flow / column (m3/h)
102 m3/h
622
519
416
117 m3/h
661
554
447
REFRIGERATION ENERGY EFFICIENCY RATING (EER)
800
Moderate
cover
75 m /h
523
433
342
3
< 1 m/s
1.5 m/s
3 m/s
Wind speed (m/s)
1,000
800
1
POWER (W) PER PANEL - IRRADIATION 1,000 W/M²
200
Overcast
0
3
4
5
Distance travelled by the air (m)
Outdoor temperature at night (°C)
Panel output temperature (°C) - peak
Indoor temperature at night (°C)
Intake air flow (m3/h)
System power consumption (W)
18°C
15°C
26°C
Intake air refrigeration power (W)
EER
200 m3/h
27 W
400 m3/h
122 W
660 W
1300 W
24
11
200
Overcast
Overcast
RECOMMENDED CONFIGURATION FOR SELF-CONSUMPTION ACCORDING TO THE THERMAL ZONE
0
House
Ja
n.
Fe
b.
M
ar
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Ap
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M
ay
Ju
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Ju
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Au
g.
Se
pt
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Oc
t.
No
v.
De
c.
Ja
n.
Fe
b.
M
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Ap
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M
ay
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Oc
t.
No
v.
De
c.
0
ZONE 1
ZONE 2
ZONE 3
ZONE 4
6 R-VOLT panels
+ 2 thermal boosters
6 R-VOLT panels
Hot Water Option
THERMAL PERFORMANCE AS A FUNCTION OF SOLAR IRRADIATION
Maximum air intake temperature (°C) and maximum heating power (W) - Configuration: 2 rows x 6 columns, orientation 180° south, gradient 30°, wind 1.5 m/s
OUTDOOR
TEMPERATURE
-5°C
0°C
5°C
10°C
Up to 100 m² (3 people)
6 R-VOLT panels
+ 4 thermal boosters
15°C
SOLAR
IRRADIATION
Max. temp.
(°C)
Max. power
(W)
Max. temp.
(°C)
Max. power
(W)
Max. temp.
(°C)
Max. power
(W)
Max. temp.
(°C)
Max. power
(W)
Max. temp.
(°C)
Max. power
(W)
200 W/M²
0
0
0
0
0
0
24
678
24
986
300 W/M²
0
0
0
0
23
892
28
1480
28
1480
400 W/M²
0
0
22
1106
27
1302
27
1973
32
1973
500 W/M²
22
1320
27
1388
27
2466
32
2466
37
2466
600 W/M²
26
1534
26
2959
31
2959
36
2959
41
2959
700 W/M²
25
3453
30
3453
35
3453
41
3453
45
3453
800 W/M²
30
3946
35
3946
40
3946
45
3946
50
3946
900 W/M²
34
4439
39
4439
44
4439
49
4439
54
4439
1,000 W/M²
38
4932
43
4932
48
4932
53
4932
58
4932
100 to 150 m² (4 people)
More than 150 m²
(5 people)
8 R-VOLT panels
+ 4 thermal boosters
8 R-VOLT panels
+ 2 thermal boosters
8 R-VOLT panels
10 R-VOLT panels
+ 4 thermal boosters
10 R-VOLT panels
+ 2 thermal boosters
10 R-VOLT panels
Thermodynamic
water tank
Odyssée 2 R-VOLT
+ 2 R-VOLT panels
EcoBoost active: value including +5°C added to the temperature under the panels, up to 150 m /h, (inactive between 150 and 400 m /h).
3
3
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Systovi is a French manufacturer and designer of home solar
solutions. Its innovative systems can reduce your energy bills and
improve your standard of living indoors. The company invented
aerovoltaic technology and pays particular attention to selecting
components for them and installing them.
Systovi products are designed and manufactured in France
(Saint-Herblain), and distributed in Europe and North America.
MCS Certifications
10/12
Civil liability
10-year warranty
ISO 9001 & 14 001
Solar Keymark Certificate
Licence 078/000227
IEC 61215 ed. 2 certificate
61730 certificate
Technical notice
no. 21/12-31
Recycling of all modules
at end-of-life
Winner of the 2012 Trophy
in the Environment category
Winner of the Grand Prix de l’Innovation 2013
In the Energy Efficiency category
www.syst ov i .co m
© SYSTOVI - Siège social : 5 rue du Chêne Lassé - CP 1008 - 44 806 Saint-Herblain Cedex - France - Conception : Bruno Davy Design - Troisième Axe - Brochure R-VOLT Edition de 02/2015
Energy
independence
through innovation