ECO

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Next generation Thermodynamic Solar Heat Pump, specially designed for domestic hot water heating. The ideal solution for your home.
The ECO is available in 250 to 500 liter capacities. It comes in versions with 1 or 2 thermodynamic solar panels and storage tanks equipped with or without an additional coil, in Stainless Steel 444 or Duplex 2205.
The system is composed of an indoor unit, the hot water storage tank and an outdoor unit, the thermodynamic solar panel.
Hot water up to 55°C, 24 hours a day, with maximum efficiency.

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EFFICIENCY & QUALITY

IN DOMESTIC HOT WATER PRODUCTION

Stainless steel cylinder
High level of efficiency and ecology
Quiet operation
Easy installation
Smart photovoltaic function
Anti-legionella function
Optional coil
Controller with software in 6 languages
MCS Certification

THERMODYNAMIC SOLAR PANEL

Anodized aluminium, with solocoat flexible finishing
Easy to transport and install, only 8 kg and 2×0,8 m.
No glass, rubber or fragile materials
No overheating and freezing problems
It can be installed on the roof, wall, garden, etc.
Panel efficiency does not decrease with age or dirt
No need for cleaning and humidity resistance
Estimated lifespan of 25 years
Passed the corrosion test in a salt fog test equivalent to 20 years
Solar Keymark Certification

MAXIMUM RETURN ON INVESTMENT

24 HOURS A DAY / 7 DAYS A WEEK / 365 DAYS A YEAR

SOLAR PERFORMANCE

Tested and certified according to the most rigorous European standards it has achived an extraordinary coefficient of performance of 3,9 according to the EN16147. The testing was carried out without solar irradiance, wind or rain. To enhance the real operating performance even more we advise to instal the thermodynamic solar pane facing South (North on the southern hemisphere), east or west. Vertically or horizontally on a wall, roof, flat roofbut always on a landscape position.

SOLID AND ROBUST

The thermodynamic solar panel is made of anodised aluminium with a special Solokote finishing that ensures it’s robust and longlasting against corrosion, in particular when exposed to saline and/or aggressive environments. This innovative technical feature allows energie to provide a 10 years warranty against corrosion, ensuring peace of mind to the end user.

SIMPLE AND ERGONOMIC

The high efficiency of the hot water cylinder is achieved by using a high-density polyurethane foam that ensures a low heat loss rate, being able to keep the water heated for several days in a row even if the units is turned off.

SOPHISTICATED

The equipment’s indoor unit has a stainless steel cylinder, as well as an external condenser. High density injected polyurethane insulation with cathodic protection. The thermodynamic block is equipped with a state-of-the-art compressor, with one of the lowest electrical consumptions on the market.

THERMODYNAMIC SOLAR SYSTEM

WORKING PRINCIPLE

The evaporation of the fluid that runs inside the closed looped circuit happens on the solar panel by capturing the heat from the sun, wind, rain and surrounding air by natural convection. The heated fluid then travels to the compressor, that will compress the fluid increasing its pressure and also it’s temperature. Then it goes to the heat exchanger where where this heat is transferred to the water. After this, an expansion valve will make the pressure and temperature drop to sub-zero values. The fluid travels up to the thermodynamic solar panel and the cycle repeats again.

EQUIPMENT

No ducts and no fans
No energy-consuming defrost cycles
Super efficient low consumption compressor
No need to install support equipment

PAINEL SOLAR

Captures heat regardless of weather factors
Primary circuit does not need to dissipate excess heat on hotter day
Easy architectural integration, versatile without visual impact

ELECTRONIC CONTROLLER

DOMESTIC HOT WATER PRODUCTION

ECO Operating Mode
The equipment only works as a Thermodynamic Solar System

AUTO Operating Mode
The equipment works as a Thermodynamic Solar System and/or electrical support should be required

BOOST Operating Mode
The equipment works with a Thermodynamic Solar System and electrical support simultaneously.

PHOTOVOLTAIC INTELLIGENT FUNCTION

Take Full advantage of your PV System:
• Sets new standards of smart energy management
• Maximize your PV Solar Panels production and reduce your DHW costs
• Maximize the solar irradiation available by having the thermodynamic solar system working more when there is more sun available
• Get the balance between PV production and consumption with our intelligent controller

With PV Smart Grid Ready, the ENERGIE Solar System absorbs the extra power generated by PV Panels, Wind Energy or Small Hydro storing, what would be lost energy, into the water, enabling you to save even more.

Thermodynamic Solar Panel
Storage Water Heater
Thermodynamic Block
Photovoltaic Panels
Inverter

SAVING UP TO

85%

Considering ECO250 7 hours of operation per day
Consumption of 0.39 kW/h
Required energy/month: 0.39 kW x 7h x 30 days = 81.9 kWh/month

ECO – 1 Panel

STORAGE WATER HEATER			200I	250I	300I	200IX	250IX	300IX
Net Weight		Kg.	60	50	45	83	52	57
Volume		L	200	300	200	250	245	295
Storage Water Heater Material		-	Stainless steel
Cathodic Protection		-	Mg Anode (1”1/4) *
Hydraulic Connections	Water - Inlet and Outlet	Pol.	3/4”	3/4”	3/4”	3/4”	1”	1”
	PT Valve	-	1/2”	1/2”	1/2”	1/2”	1/2”
	Recirculation	-	3/4”	3/4”	3/4”	3/4”	3/4” 3/4”
	Coil \| entrance and exit	-	-	-	-	1"	1"	1"
Insulation			High density polyurethane 50mm
Maximum Pressure		Bar	7	7	7	7	7	7
Maximum Operating Temperature		°C	80	80	80	80	80	80
Heat Loss (EN12897)		kWh/24h	0.99	1.17	1.04	1.20	1.01	1.17
Heat Exchanger Capacity (1)		kWh	Not applicable	Not applicable	Not applicable	a)20 ; b)12	a)20 ; b)12	a)20 ; b)12
THERMODYNAMIC SOLAR PANEL
Material		-	Anodized Aluminum Solarcoat
Dimensions (W x H x D)		mm	2000 x 800 x 20
Weight		Kg.	8
Maximum Exposure Temperature		°C	-40 \| 120
THERMODYNAMIC BLOCK
Dimensions (W x H x D)		mm	320 / 710 /280
Weight		Kg.	17.5
Absorbed Power (Avg/Max)		W	390 \| 650
Thermal Power (Avg/Max)		W	1400 \| 2380
Electric Support Power		W	1500
Refrigerant Fluid / Qt. (2)		-/g	R513a / 1300
Piping Material		-	Copper (DHP ISO1337)
Liquid line \| Asp.		Pol.	1/4” \| 3/8”
Power Supply		V / Hz	230 / Single-phase / 50 or 60 (3)
PERFORMANCE (4)			200I	250I	300I	200IX	250IX	300IX
Load Profile		-	L	XL	XL	L	XL	XL
Coefficient of Performance (COP)	Air 14°C	-	3.69	3.84	3.92	3.69	3.84	3.92
Energy Efficiency Class	Air 14°C	-	A++	A+	A++	A++	A+	A++
Energy Efficiency	Air 14°C	-	154	158	162	154	158	162
Annual Energy Consumption	Air 14°C	KWh/year	664	1060	1037	664	1060	1037
Amount of useful water at 40°C		L	261.3	349	362.5	253.3	344	357.5
Set point		°C	54	54	54	54	54	54
Interior sound level		dB	47	47	47	47	47	47
(1) a) Primary Circuit (Te = 90°C; Ts = 80°C); Domestic Hot Water Circuit (Te = 10°C; Ts = 60°C) \| b) Primary Circuit (Te = 70°C; Ts = 60°C); Domestic Hot Water Circuit (Te = 10°C; Ts = 60°C) (2) The fluid quantity must be verified by the installer. In certain cases, it is necessary to adjust the amount of fluid to ensure proper system operation (3) The 60 Hz frequency is available only on request. (4) According to EN16147, Delegated Regulation (EU) Nº812/2013 and Delegated Regulation (EU) Nº814/2013. * - If applicable
DIMENSIONS mm			200I	250I	300I	200IX	250IX	300IX
A	Cold water		131	131	102	131	131	102
B	Coil outlet		-	-	-	231	231	231
C	Instrumentation		-	-	-	435	435	431
D	Coil inlet		-	-	-	690	690	631
E	Recirculation		-	840	850	-	840	850
F	Anode		-	-	-	-	-	-
G	PT valve		905	1205	1060	905	1205	1060
H	Hot water		1030	1325	1185	1030	1325	1185
I	Height		1243	1543	1403	1243	1543	1403
J	Diameter		580	580	650	580	580	650
K	Depth		879	879	953	879	879	953
L			800
M			2000
N			20

ECO – 2 Panels

STORAGE WATER HEATER			200IS	250IS	300IS	250ISX	300ISX	500IS	500ISX
Net Weight		Kg.	60	50	95	52	57	66	93
Volume		L	200	300	300	245	295	455	455
Storage Water Heater Material		-	Stainless steel
Cathodic Protection		-	Mg Anode (1”1/4) *
Hydraulic Connections	Water - Inlet and Outlet	-	3/4”	3/4"	3/4"	3/4"	3/4"	1"	1"
	PT Valve	Pol.	1/2”	1/2"	1/2"	1/2"	1/2"	1/2"	1/2"
	Recirculation	-	-	3/4"	3/4"	3/4"	3/4"	3/4"	3/4"
	Coil \| entrance and exit	-	-
Insulation		-	High density polyurethane 50mm
Maximum Pressure		bar	7	7	7	7	7	7	7
Maximum Operating Temperature		°C	80	80	80	80	80	80	80
Heat Loss (EN12897)		kWh/24h	0.99	1,17	1.39	1,01	1,17	1.81	1.81
Heat Exchanger Capacity (1)		kWh	Not applicable	Not applicable	Not applicable	a)20 ; b)12	a)20 ; b)12	Not applicable	a)20 ; b)12
THERMODYNAMIC SOLAR PANEL
Material		mm	Anodized Aluminum Solarcoat
Dimensions (W x H x D)		Kg	2000 x 800 x 20
Weight		bar	8
Maximum Exposure Temperature		°C	-40 \| 120
THERMODYNAMIC BLOCK
Dimensions (W x H x D)		mm	320 / 710 /280
Weight		Kg.	17.5
Absorbed Power (Avg/Max)		W	390 \| 650
Thermal Power (Avg/Max)		W	1400 \| 2380
Electric Emergency Backup		W	1500					2200
Refrigerant Fluid / Qt. (2)		-/g	R513a / 1400
Piping Material		-	Copper (DHP ISO1337)
Liquid Line \| Suction Line		Pol.	1/4" \| 3/8"
Power Supply		V / Hz	230 / Single-phase / 50 or 60 (3)
PERFORMANCE (4)			200IS	250IS	300IS	250ISX	300ISX	500IS	500ISX
Load Profile		-	L	XL	XL	XL	XL	XXL	XXL
Coefficient of Performance (COP)	Air 14°C	-	3,6	3,7	3,8	3,7	3,8	3,7	3,7
Energy Efficiency Class	Air 14°C	-	A++	A+	A+	A+	A+	A+	A+
Energy Efficiency	Air 14°C	-	152	154	158	154	158	152	152
Annual Energy Consumption	Air 14°C	-KWh/Year	673	1091	1063	1091	1063	1416	1416
Amount of useful water at 40°C		L	231	349	363	344	358	599	599
Set point		°C	54	54	54	54	54	54	54
Interior sound level		dB	47	47	47	47	47	47	47
(1) a) Primary Circuit (Te = 90°C; Ts = 80°C); Domestic Hot Water Circuit (Te = 10°C; Ts = 60°C) \| b) Primary Circuit (Te = 70°C; Ts = 60°C); Domestic Hot Water Circuit (Te = 10°C; Ts = 60°C) (2) The fluid quantity must be verified by the installer. In certain cases, it is necessary to adjust the amount of fluid to ensure proper system operation (3) The 60 Hz frequency is available only on request. (4) According to EN16147, Delegated Regulation (EU) Nº812/2013 and Delegated Regulation (EU) Nº814/2013. * - If applicable
DIMENSIONS mm			200IS	250IS	300IS	250ISX	300ISX	500IS	500ISX
A	Cold water		131	131	102	131	102	102	102
B	Coil outlet		-	-	-	231	231	-	237
C	Instrumentation		-	-	-	435	431	-	-
D	Coil inlet		-	-	-	690	631	-	657
E	Recirculation		-	840	850	840	850	784	784
F	Anode		-	-	-	-	-	1095	1095
G	PT valve		905	1205	1060	1205	1060	1772	1772
H	Hot water		1030	1325	1185	1325	1185	1937	1937
I	Height		1243	1543	1403	1543	1403	2023	2023
J	Diameter		580	580	650	580	650	650	650
K	Depth		879	879	953	879	953	953	953
L			800
M			2000
N			20

catalogs

ECO

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ECO R3V0 2025 EN

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SOLAR PANEL – BIM

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ECO – BIM

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Installation manuals

ECO – MANUAL

MANUAL_TÉCNICO_ECO_R18_EN_V0

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