Baxi ECOGEN Manuel utilisateur

www.baxi.co.ukwww.baxi.co.uk

The Baxi Ecogen™Dual Energy System

ECOGEN™

Introduction to Baxi

Innovators in heating technology

For over 150 years, Baxi has led the way with new and

pioneering heating solutions. We are proud that we still

manufacture boilers in the UK, close to the site where

Richard Baxendale first established the business, in Preston,

Lancashire.

Today, our dedication to innovation is greater than ever as we develop new ways to heat

homes. We are committed to delivering sustainable heating and hot water solutions that

minimise energy usage, cut carbon emissions and deliver maximum value for you and your

customers.

Above all, we want to be at the heart of the home, bring warmth to people’s lives and

protect the planet for future generations.

Here are just some of the many heating solutions we offer that can be tailored to suit

your needs:

^%ECDABBE?EAJ?U>KEHANO

^0KH=NAJANCU

^$NKQJ@OKQN?ADA=PLQILO

^*E?NK %-PA?DJKHKCU

^EKI=OOOKHQPEKJO

^3AJPA@=J@QJRAJPA@?UHEJ@ANO

^#HQAC=ODA=PNA?KRANUOUOPAIO

All our products are backed by heateam,our

=S=N@SEJJEJC@A@E?=PA@2(OANRE?A?AJPNA=J@=    

J=PEKJ=HJAPSKNGKB$=O0=BANACEOPANA@AJCEJAANO    

who are on hand to offer expert help and advice.

>AOPSEPDI %-

What is micro-CHP?

The home heating industry is

ready for change. Are you?

KI>EJA@%A=P=J@-KSAN %-EOPDALNK?AOOKB

generating both useful heat and electrical power

from a single source.

)=NCAO?=HA %-OQEP=>HABKN?KIIAN?E=H

applications, has been available for many years.

!KIAOPE?IE?NK %-EO=JASPA?DJKHKCU

generating electricity for use in the home whilst

providing heating and hot water.

With homes accounting for 27% of the UK’s

PKP=H?=N>KJAIEOOEKJOPDA$KRANJIAJPEOGAAJ

to cut household emissions by 80% by 2050.

1DA$KRANJIAJPD=O=?GJKSHA@CA@PDEO>U

EJPNK@Q?EJC=#AA@EJ1=NEBB#E1BKNIE?NKCAJAN=PEKJ

installations generating electricity.

A step change in the right direction.

Baxi Ecogen offers greater efficiency than the

combination of a condensing boiler for heat and

power from an electricity supplier. That's because,

unlike a power station, it makes use of the excess

heat from electrical generation to provide central

heating and hot water. Furthermore, it generates

electricity locally, eliminating transmission losses.

And that’s only the start. Baxi Ecogen also

generates electricity at times of peak demand so it

EOIKNAHEGAHUPK>AQOA@KJOEPAI=TEIEOEJC?=N>KJ

and cost savings.

Band A

boiler

77% overall

efficiency

90% overall

efficiency

35%

efficiency

electricity heat

88%

efficiency*

electricity

BAXI

ECOGEN

*Based on 91% winter efficiency (SEDBUK) and 75% summer efficiency

heat

gas

*,5;9(3.,5,9(;065,5,9.@,--0*0,5*@

36*(3.,5,9(;065,5,9.@,--0*0,5*@

Energy efficiency comparison

Baxi Ecogen heralds the most significant change in the home heating

industry since the condensing boiler. That’s because it is the first

?KIIAN?E=HHU=R=EH=>HAS=HHDQJC@KIAOPE?IE?NK?KI>EJA@DA=P=J@

LKSANIE?NK %-=LLHE=J?A

What is micro-CHP?

The Baxi Ecogen is a logical, practical and familiar

alternative to a regular boiler. What’s more, it

complies with current legislation and provides

significant carbon benefits, helping both the new

build and public sector to meet the requirements of

PDA K@ABKN0QOP=EJ=>HA%KIAO

Here are just a few reasons why it pays to switch to

Baxi Ecogen:

^&P@KAOJPNAHUKJ>QEH@EJCKNEAJP=PEKJ

or weather conditions to generate electricity

^ $AJAN=PAOAHA?PNE?EPU=PPEIAOKBLA=G

electrical demand in the home

^*=TEIEOAOCNAAJAN=J@?DA=LANKJOEPA

use, helping to alleviate fuel poverty

^ /A@Q?AO?KJOQILPEKJKBCNE@AHA?PNE?EPU 

^+KLH=JJEJCLANIEOOEKJNAMQENA@  

^/A@Q?AO?=N>KJAIEOOEKJO

How does it work?

We’ve explained the many benefits of switching to Baxi Ecogen, but

how exactly does it work? While an undoubtedly innovative and

EJPAHHECAJP=LLHE=J?APDA>=OE?@AOECJLNEJ?ELHAOKB=IE?NK %-=NA

PDAO=IA=O=NACQH=NDA=PKJHU>KEHAN1DEOIA=JOEP?=J>AQOA@KJ

OP=J@=N@06=J@4LH=JKLAJRAJPA@KNOA=HA@OUOPAIO

&JPDA@E=CN=I>AHKS=J@KRANPDAJATPBASL=CAOUKQHHBEJ@=J

overview on how inner workings of the Baxi Ecogen. For a more

detailed explanation, don’t hesitate to get in touch.

Electrical generation

For electricity generation, the Baxi Ecogen uses a

free piston Stirling engine. This engine is heated

by burning gas. The helium working fluid expands

and contracts to move a piston up and down. This

piston travels between a copper coil, generating

up to 1kW of electricity at 50Hz single phase.

Electrical connection

The Baxi Ecogen uses a single cable connection

for its own electricity consumption and for

@EOPNE>QPEKJKBCAJAN=PA@AHA?PNE?EPUKJAPDNAA

?KNA?=>HALNKRE@AO=PSKS=UOQLLHU+K

additional wiring is required for electrical output

and the Baxi Ecogen can be connected to the

existing domestic electricity circuit.

Stirling engine

Power Piston

*=CJAPO

Displacer

Planar Spring

How does it work?

1.4

1.2

0.8

0.6

0.4

0.2

00.00 04.00 08.00 12.00 16.00 20.00 00.00

Demand (kW)

Time

Electricity demand

Heating period

(up to 1kW elec)

Heating

period

(up to

1kW elec)

Typical household electricity demand and heating periods

Combined heat and electricity

While every home is different, it’s surprising just

DKSOEIEH=NLAKLHAONKQPEJAO=NA&JKPDANSKN@O

daily trends for heating and electricity demand

are well synchronised making it easy to identify

when peak electricity is required. And as the Baxi

Ecogen only generates electricity, heating and hot

water when there is a demand it’s easy to see why

switching makes such financial sense.

Smart operation

The operating sequence of the Baxi Ecogen is

more sophisticated than a regular boiler. At start

up, a regular boiler will operate at the maximum

heat output and then progressively reduce the

output to match the heat demand. Baxi Ecogen

does the opposite.

At start up the Baxi Ecogen starts the Stirling

AJCEJABENOPG4=TE"?KCAJ?KJOP=JPHU

monitors the system temperatures and, if

required, the supplementary will also operate.

This gives opportunity for the Stirling engine

alone to fulfill low heat demands, or keep the

OQLLHAIAJP=NUDA=PEJCPK=IEJEIQIEBNAMQENA@

to maximise electrical generation.

A range of accessories is available to provide

room, outdoor and hot water load compensation

for optimum efficiency and comfort. See page 11

for more information.

Over the following few pages we’ve highlighted

just some of the many carbon saving benefits and

EILNKRA@NQJJEJC?KOPOPD=P=NALKOOE>HA

Features and benefits

$JCARPGA@CLCRQ

Local electricity generation:

#QAH>EHHONA@Q?A@>UQLPK\

=N>KJAIEOOEKJONA@Q?A@

by up to 40%†

Local electricity use:

#QAH>EHHONA@Q?A@>UQLPK\

=N>KJAIEOOEKJONA@Q?A@

by up to 40%†

Simple grid connection

?LBLMRGA?RGML

Reduced installation costs

Simple installation:

Less disruption

Minimum servicing costs

"HA?PNE?EPUCAJAN=PEKJKJOEPAAHA?PNE?EPUCAJAN=PEKJ@EOLH=?AO

centrally generated electricity from the grid

%A=PHA@CAJAN=PEKJAHA?PNE?EPUEOCAJAN=PA@SDAJPDANAEO@AI=J@

for heating or hot water

Excess heat from the electrical generation process is recovered and

used for heating

4E@AAHA?PNE?=HKQPLQPIK@QH=PEJCN=JCAG4PKG4=@FQOPOPDA

electrical output according to the heating demand without switching

on and off

*KNAAHA?PNE?EPUCAJAN=PA@@QAPKNA@Q?A@KJKBB?U?HEJCKBPDA

generator, even when the heat demand is low

Daily trends for heating and electrical demands are well synchronised

therefore electricity production is maximised

Electrical output is designed to meet the typical daily electrical base

HK=@PKG4

0PENHEJCAJCEJAEOOA=HA@>QNJANEO=OAL=N=PA?KILKJAJPOKJK

=@@EPEKJ=H?KILAPAJ?EAO=NANAMQENA@KJHU=TELNK@Q?PPN=EJEJC

Stirling engine requires only inspection of the ignition system

$NE@?KJJA?PEKJD=N@S=NAOKBPS=NA?KILHEAOSEPD"JCEJAANEJC

/A?KIIAJ@=PEKJ$

0EILHA!EOPNE>QPEKJ+APSKNG,LAN=PKN!+,JKPE?=PEKJQOEJC

supplied form

&JPANJ=HIAPAN@EOLH=UEJCAHA?PNE?EPULKSAN=J@CAJAN=PEKJ

QEHPEJ=QPKI=PE?CNE@?KJJA?PEKJD=N@S=NAOKBPS=NAJKATPANJ=H

automatic grid connection device required

0EJCHA?=>HA?KJJA?PEKJKJAPDNAA?KNA?=>HALNKRE@AOPSKS=U

supply of electricity

+K=@@EPEKJ=HSENEJCBKNAHA?PNE?=HKQPLQP

=J>A?KJJA?PA@PKATEOPEJC@KIAOPE?AHA?PNE?EPU?EN?QEP

&CLCP?J@CLCRQ

Intelligent operation:

#QAH>EHHONA@Q?A@>UQLPK\

=N>KJAIEOOEKJONA@Q?A@

by up to 40%†

Operating sequence is designed to maximise electrical generation

whilst meeting heat load

Starts at minimum, only rising to maximum heat output based on

dwelling demand

0AAL=CAZ0AAL=CA 7

'C?R@CLCRQ

Lower maintenance costs

Reduced customer complaints

APPANKRAN=HHAJANCUAB?EAJ?UPD=JNACQH=N>KEHAN=J@LKSAN

from an electricity supplier

4E@ADA=PKQPLQPIK@QH=PEJCN=JCA=@FQOPOPDA>KEHANLKSAN

DA=PKQPLQP=??KN@EJCPKPDADA=PEJC@AI=J@SEPDKQPOSEP?DEJCKJ

and off

*KNADA=PAB?EAJP@QAPKNA@Q?A@KJKBB?U?HEJCKBPDA>KEHAN

even when the heat demand is low

Top hydraulic connections allow direct connection to common

upward piping

+KOP=J@KBBGEPNAMQENA@KN=@@EPEKJ=HQLS=N@LELEJC

KIL=PE>HASEPDOP=J@=N@*QHPEPQA?KILKJAJPOBKN

familiar installation

@=ULQILATAN?EOALNARAJPOOAEVEJCKBPDALQILEBJKP

frequently used

@=UR=HRAATAN?EOAEB=TE?KJPNKHOQOA@LNARAJPOOAEVEJCKBPDA

R=HRAOEBJKPBNAMQAJPHUQOA@

Less downtime and service visits

White backlit display visible in dimly lit and dark conditions

)=NCAPATP) !BQHHPATP@AO?NELPEKJO

0ANRE?A@QA@EOLH=U=POAHA?P=>HAEJPANR=HOEJ?HQ@EJCLDKJAJQI>AN

Easy to specify:

Suitable for a wide range of

properties and applications

!A@E?=PA@)-$IK@AHOQEP=>HABKNKBBI=EJOC=OCNE@

&JPACN=PA@EJPAHHECAJPSENEJC?AJPNANALH=?AO=?KJRAJPEKJ=HSENEJC

?AJPNA=J@?KJPNKHO3R=HRAO

Allows use of Baxi dedicated time and temperature controls with

?KJRAJPEKJ=H046LH=JOUOPAIO

4=PANOLH=OD=J@OLN=UNAOEOP=JP&-5

!A@E?=PA@)-$IK@AHOKJKAH@?KJRANOEKJKNOAPQL

"TL=J@A@LKHULNKLUHAJA"--L=?G=CEJCNAQO=>HAEBNAPQNJA@PK

=TE=HOK>APPANBKNPDAAJRENKJIAJP

Simple installation:

+KIKNAPD=J=DA=PKJHU>KEHAN

'GEFCDAGCLAW

#QAH>EHHONA@Q?A@>UQLPK\

=N>KJAIEOOEKJONA@Q?A@

by up to 40%†

Easy to specify:

Suitable for a wide range of

properties and applications

Able to adjust output to match wide range of property heat load

NAMQENAIAJPOQLPKG4

Able to adjust output to match contrasting hot water and central

heating demands

Built in frost protection to prevent frost damage of boiler in

garages, utilities etc.

3ANO=PEHAQEJCKLPEKJOEJ?HQ@EJCDKNEVKJP=HRANPE?=HPAHAO?KLE?

-HQIA@AA?PKNKLPEKJPKNA@Q?A@JQEO=J?ABNKILHQIA

Simple installation:

Less disruption

Features and Benefits

0AAL=CAZ0AAL=CA

Features and benefits

Boiler Return Boiler Flow

Fan

0QLLHAIAJP=NU$=O3=HRA

0PENHEJC"JCEJA$=O3=HRA

$=O&JHAP

KJ@AJO=PA1N=L

-  KJPNKH KRAN

Supplementary

Heat Exchanger

Supplementary Burner

Stirling Engine Burner

Stirling Engine

Controls

Wall holder accessory

^ )KSRKHP=CASENEJC

^ 0EILHA=J@@EO?NAAPSENEJC

^ 0QLLHEA@SEPD)"!>KEHANLHQCEJBKN

basic status indication

Supplied

plugged in Boiler

Baxi controls supplied with boiler

The Baxi Ecogen controls are removable and

incorporate a programmable room unit.

The Baxi Ecogen internal wiring centre can

>AQOA@BKN=HH3OUOPAIcomponents. This

AJ=>HAOEJPAHHECAJP?KJPNKHKBPDA046LH=JOUOPAI

including room load compensation.

Standard controls

&BPDA?KJPNKHO=NAHABPKJPDA=LLHE=J?A=O

OQLLHEA@PDA=TE"?KCAJ?=J>A?KJJA?PA@

PK046LH=JOUOPAIOHEGA=JUKPDANDA=PKJHU

boiler. The only requirement is that the system

pump must always be wired back to the Baxi

Ecogen.

Enhanced controls

Using the programmable room unit remotely

from the boiler enables room temperature

modulation, saving energy costs.

Sales code: 720025501

Programmable

Room Unit

^ @=ULNKCN=IIAN

^ 1SK?D=JJAHO %%4

^ /KKIHK=@?KILAJO=PEKJ

^ .QE?GQOAIAJQ

^ "JANCUIAPAN

^ KEHAN?KJBECQN=PEKJ

Table des matières

Autres manuels Baxi Chaudière

Baxi

Baxi Duo-tec Combi 24 HE A Guide de l'utilisateur

Baxi

Baxi Solo 3 Guide de l'utilisateur

Baxi

Baxi LUNA HT 1.450 Guide de l'utilisateur

Baxi

Baxi COMBI 224 Manuel

Baxi

Baxi Luna 310 Fi Manuel utilisateur

Baxi

Baxi Luna Duo-Tec Mode d’emploi

Baxi

Baxi MainEco Combi 24 Manuel utilisateur

Baxi

Baxi Luna Duo-Tec MP Plus 1.35 Mode d’emploi

Baxi

Baxi Bermuda BBU 15 HE Note de version

Baxi

Baxi Maxflow Combi WM Instructions de fonctionnement

Baxi

Baxi P-30 Guide de configuration

Baxi

Baxi Solo 2 60 RS Guide de l'utilisateur

Baxi

Baxi Combi 130 HE Guide de l'utilisateur

Baxi

Baxi 600 System 2 15 Manuel

Baxi

Baxi Power HT 1.850 Manuel utilisateur

Baxi

Baxi Combi 133 HE Plus Instructions de fonctionnement

Baxi

Baxi 47 075 35 Note de version

Baxi

Baxi UB 80 INOX Manuel utilisateur

Baxi

Baxi DUO-TEC MAX+ Mode d’emploi

Baxi

Baxi LUNA DUO-TEC 60 GA Manuel utilisateur

Baxi

Baxi Megaflo System 28 HE IE LPG Note de version

Baxi

Baxi Baxi Avanta Plus 18s Mode d’emploi

Baxi

Baxi Megaflo System 15 HE A Mode d’emploi

Baxi

Baxi Combi Instant 80 HE Note de version

Manuels Chaudière populaires d'autres marques

Vaillant

Vaillant uniSTOR VIH SW GB 500 BES Manuel utilisateur

Radijator

Radijator BIO max 23.1 Manuel utilisateur

Brunner

Brunner BSV 20 Manuel utilisateur

Buderus

Buderus Logamax GB062-24 KDE H V2 Manuel utilisateur

Potterton

Potterton 50e Fiche technique

UTICA BOILERS

UTICA BOILERS TriFire Manuel utilisateur

Joannes

Joannes LADY Series Manuel

ECR International

ECR International UB90-125 Manuel d'instructions

Froling

Froling FHG Turbo 3000 Manuel utilisateur

Froling

Froling P4 Pellet 8 - 105 Manuel utilisateur

U.S. Boiler Company

U.S. Boiler Company K2 Manuel utilisateur

Henrad

Henrad C95 FF Manuel utilisateur

NeOvo

NeOvo EcoNox EF 36 Manuel utilisateur

Potterton

Potterton PROMAX SL 12 Manuel utilisateur

Eco Hometec

Eco Hometec EC 25 COMPACT Manuel utilisateur

Viessmann

Viessmann VITODENS 200 Mode d’emploi

REXNOVA

REXNOVA ISA 20 BITHERMAL Manuel utilisateur

Radiant

Radiant R2K 55 Manuel