E-HYBRID

INTEGRATED HYBRID SYSTEM

E-HYBRID


• BOILER
• HEAT PUMP
• SOLAR THERMAL
• PUFFER

The integrated puffer allows the boiler, heat pump and solar thermal to be connected to the radiant or lowtemperature system.
In addition, all components are controlled and remotecontrolled by a single electronics.



Pump Size: W 104 D 45 H 140.9

MODEL
  • E-HYBRID 20/09
    20 kW (Power) | 9 kW (Power Heat Pump)
    550m3 | 660 lt (Puffer Capacity) | A+
  • E-HYBRID 20/14
    20 kW (Power) | 14 kW (Power Heat Pump)
    550m3 | 660 lt (Puffer Capacity) | A+
  • E-HYBRID 35/09
    35 kW (Power) | 9 kW (Power Heat Pump)
    800m3 | 660 lt (Puffer Capacity) | A+
  • E-HYBRID 35/14
    35 kW (Power) | 14 kW (Power Heat Pump)
    800m3 | 660 lt (Puffer Capacity) | A+
STANDARD EQUIPMENT
OPTIONAL EQUIPMENT
REFILL SYSTEMS

E-HYBRID
INTEGRATED HYBRID SYSTEM


• ADVANTAGES E-HYBRID
• DISADVANTAGES OF INDIVIDUAL GENERATORS

HEAT PUMP

  • USES ELECTRICITY (IF SELF-GENERATED, IT IS FREE)
  • PRODUCES NO EMISSIONS
  • CAN BE CONFIGURED IN COOLING MODE
    •

  • INEFFICIENT AT LOW OUTSIDE TEMPERATURES
    •  E-HYBRID INTERVENES BY SWITCHING OFF THE HEAT PUMP WHEN OUTSIDE TEMPERATURES ARE TOO COLD BY ACTIVATING THE PELLET BOILER

  • CANNOT WORK ON CERTAIN HIGH-TEMPERATURE SYSTEMS (E.G. RADIATORS)
    •  E-HYBRID INTERVENES BY COMBINING ALL TYPES OF GENERATORS, EXPLOITING ONLY THEIR MOST CONVENIENT ASPECTS

  • REQUIRES A VERY HIGH INSTALLED ELECTRICAL POWER
    •  E-HYBRID, DUE TO THE SUM OF SEVERAL GENERATORS, ALLOWS THE USE OF A LESS POWERFUL HEAT PUMP REQUIRING LESS INSTALLED ELECTRICAL POWER

DIELLE E-HYBRID

THERMAL SOLAR

  • USES THE FREE ENERGY OF THE SUN
    •

  • NO OPERATION IN THE ABSENCE OF SUNSHINE
    •  E-HYBRID ACTS BY BYPASSING SOLAR AND USING THE CHEAPEST GENERATOR

DIELLE E-HYBRID

PELLET BOILER

  • PARTICULARLY SUITABLE FOR WORKING AT HIGH TEMPERATURES
  • ENSURES CONSTANT PERFORMANCE UNDER VARYING CLIMATIC CONDITIONS
  • USES A RENEWABLE AND ECONOMICAL FUEL
    •

  • USES A FUEL THAT HAS TO BE BOUGHT
    •  E-HYBRID, IN ALL SITUATIONS WHERE THE HEAT PUMP OR SOLAR IS SUFFICIENT, COMPLETELY EXCLUDES THE PELLET BOILER

  • CAN ONLY GENERATE HEAT
    •  E-HYBRID, THANKS TO THE HOT/COLD MODULE ALLOWS THE HEAT PUMP TO BE USED FOR COOLING, WHILE STILL GUARANTEEING THE PRODUCTION OF DOMESTIC HOT WATER

DIELLE E-HYBRID

E-HYBRID
INTEGRATED HYBRID SYSTEM


SIMPLIFIED INSTALLATION

ALREADY EQUIPPED WITH ALL COMPONENTS INSIDE
  1. REMOVABLE FINNED COPPER COIL FOR SANITARY PRODUCTION
  2. PROVISION FOR EMERGENCY ELECTRIC HEATER
  3. FILLING UNIT WITH PRESSURE GAUGE
  4. SOLAR UNIT WITH INTEGRATED MODULATING PUMP
  5. THREE-WAY VALVE FOR HYBRID PUFFER OR PELLET ONLY CONFIGURATION
  6. INTEGRATED ANTI-CONDENSATION VALVE
  7. ADVANCED PUFFER MANAGEMENT SYSTEM VIA 3 PROBES TO REDUCE THE ON/OFF
  8. CYCLES OF THE PELLET BOILER
  1. ADVANCED THERMOREGULATION WITH CLIMATIC AND FLOW TEMPERATURE MANAGEMENT BASED ON ROOM TEMPERATURE. IT IS POSSIBLE TO SELECT WHETHER THE ZONE IS LOW OR HIGH TEMPERATURE. EACH ZONE IS CONTROLLED BY A WIRED OR WIRELESS ROOM PROBE
  2. HOT/COLD INVERSION SYSTEM FOR THE EXCLUSION OF THE PUFFER FROM THE SYSTEM IN SUMMER FOR ROOM COOLING
  3. SYSTEM SEPARATOR FOR INSTALLATION OF HIGHER POWERS
  4. PUFFER SEPARATION SYSTEM TO OPTIMISE THE PELLET BOILER - HEAT PUMP INTERFACE
  5. PROVISION FOR CONNECTION OF OTHER EXTERNAL GENERATORS

E-HYBRID
INTEGRATED HYBRID SYSTEM


SIMPLIFIED INSTALLATION

ALREADY EQUIPPED WITH ALL COMPONENTS INSIDE
  1. REMOVABLE FINNED COPPER COIL FOR SANITARY PRODUCTION
  2. PROVISION FOR EMERGENCY ELECTRIC HEATER
  3. FILLING UNIT WITH PRESSURE GAUGE
  4. SOLAR UNIT WITH INTEGRATED MODULATING PUMP
  5. THREE-WAY VALVE FOR HYBRID PUFFER OR PELLET ONLY CONFIGURATION
  6. INTEGRATED ANTI-CONDENSATION VALVE
  7. ADVANCED PUFFER MANAGEMENT SYSTEM VIA 3 PROBES TO REDUCE THE ON/OFF
  8. CYCLES OF THE PELLET BOILER
  1. ADVANCED THERMOREGULATION WITH CLIMATIC AND FLOW TEMPERATURE MANAGEMENT BASED ON ROOM TEMPERATURE. IT IS POSSIBLE TO SELECT WHETHER THE ZONE IS LOW OR HIGH TEMPERATURE. EACH ZONE IS CONTROLLED BY A WIRED OR WIRELESS ROOM PROBE
  2. HOT/COLD INVERSION SYSTEM FOR THE EXCLUSION OF THE PUFFER FROM THE SYSTEM IN SUMMER FOR ROOM COOLING
  3. SYSTEM SEPARATOR FOR INSTALLATION OF HIGHER POWERS
  4. PUFFER SEPARATION SYSTEM TO OPTIMISE THE PELLET BOILER - HEAT PUMP INTERFACE
  5. PROVISION FOR CONNECTION OF OTHER EXTERNAL GENERATORS

E-HYBRID
INTEGRATED HYBRID SYSTEM


ADVANCED ZONE CONTROL UNIT

E-HYBRID is able to manage systems by subdividing them into up to 3 zones. Each zone is configurable for: Radiators, Heating convectors, Low temperature systems or selectable for heating and/or cooling, making the installation extremely versatile.
The advanced climate control system adapts the flow temperature of each zone to the external climatic conditions and the desired room temperature in each room. In this way, it allows the system to operate at the lowest possible flow temperature, while giving maximum priority to the solar system and heat pump. Depending on your requirements, you can manage the zones via wired or wireless room probes.

MAXIMUM EFFICIENCY

THE ELECTRONICS MANAGING THE HEATING PLANT ALWAYS CHOOSES THE MOST CONVENIENT HEAT SOURCE

The centralised electronics that manages the entire heating plant allows the most advantageous heat source to be used at all times to optimise consumption. Always giving top priority to solar energy, the system intervenes in order to decrease pellet consumption as much as possible and thus favour the heat pump. However, it is possible to configure the mode of use and choose whether to work only with a pellet boiler or heat pump.

E-HYBRID
INTEGRATED HYBRID SYSTEM


ADVANCED ZONE CONTROL UNIT

E-HYBRID is able to manage systems by subdividing them into up to 3 zones. Each zone is configurable for: Radiators, Heating convectors, Low temperature systems or selectable for heating and/or cooling, making the installation extremely versatile.
The advanced climate control system adapts the flow temperature of each zone to the external climatic conditions and the desired room temperature in each room. In this way, it allows the system to operate at the lowest possible flow temperature, while giving maximum priority to the solar system and heat pump. Depending on your requirements, you can manage the zones via wired or wireless room probes.

MAXIMUM EFFICIENCY

THE ELECTRONICS MANAGING THE HEATING PLANT ALWAYS CHOOSES THE MOST CONVENIENT HEAT SOURCE

The centralised electronics that manages the entire heating plant allows the most advantageous heat source to be used at all times to optimise consumption. Always giving top priority to solar energy, the system intervenes in order to decrease pellet consumption as much as possible and thus favour the heat pump. However, it is possible to configure the mode of use and choose whether to work only with a pellet boiler or heat pump.
HOT/COLD INVERSION
The integrated Hot/Cold reversal system (optional) allows, if the system is adequate, cooling of the rooms. In summer mode, the heat pump provides cooling while the puffer is automatically separated and used for domestic hot water production by the solar thermal and pellet boiler. You can choose to use the heat pump as well.
PLANT SEPARATOR
The Plant Separator (optional) allows you to hydraulically separate the Heat Pump circuit from that of the Puffer and Pellet Boiler. This makes it possible to use a heat pump and pellet boiler with a combined output of more than 35 kW.
SOLAR MANAGEMENT GROUP
The integrated Solar Group (optional) allows the complete management of solar thermal panels without the addition of other components. The PWM modulating pump system allows efficient energy management by adjusting the fluid flow rate to achieve maximum efficiency even on poorly sunny days. The central management system manages the solar system according to the conditions of the heating plant.
SANITARY
The internal finned copper coil provides domestic hot water even in low temperature conditions. Thanks to the puffer’s stratification system, it is possible to use hot water produced by the solar system even in conditions of low sunshine. The central system selects the most suitable and economical heat source.
 

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