Remeha Avanta Plus ENER_G CHP Technical Information
Contents
1. Enclosure Type Internal On board computer control protection and monitoring E E Fuel Type Natural Gas Engine stop start synchronising modulation idu iiis o Minimum Methane Number 80 Mechanical electrical and thermal protection pM LG wa l Electrical Output 70kW 704 parameters monitored historical data recorded f a Heat Output Exhaust Cooled to 120 C 109kW 2 way communication between unit and head office fer m 4 Fuel Input Net Gross CV 10kWh Nm 204 226kW BMS interface signals m LA i b UP 3 L Min Max Dynamic Gas Pressure 20 45mbar z FA N aa DAS L Max Return Flow Water Temp 80 90 C Standard Equipment 000000 Z O 7 Exhaust silencers industrial and residential grade C gt jg Lo sort gt a 7 Ui ji Type Reciprocating Engine P ae 2 Combustion Cycle 4 stroke Spark Ignition Optional Equipment Configuration ag m G L Cvlinders 6 Heat rejection equipment controls m TI pe mum Ac NR gt e E 1500 Low noise acoustic enclosure container TI C3 j mens x Emissions with without Cat 250 7000 mg Nm Export control panel C p ON iip L CO Emissions with without Cat 350 5000 mg Nm Heat and gas metering p zi VI b cp ali Aspiration Natural Modbus Interface Card T e TA 8 8 d l H Catalytic converters for very low emi2. ENER G4 DATASHEET Fuel Tvpe Natural Gas Fullv closed primarv water circuit When using a hole in anchor resin anchor etc When using a hole in anchor resin anchor etc leave a space of 200 or more leave a space of 200 or more Minimum Methane Number 80 Exhaust gas heat exchanger in primarv circuit 500 or more 500 or more 500 or more 300 or more Sey or mores Jee Electrical Output 3 9kW PHE between primary and secondary circuits E DA mE M E m 7 TIT S E Heat Output Exhaust Cooled to 69 C 8kW Primary water pump e So BB l l A 2y S Fuel Input Net Gross CV 10kWh Nm3 15 16kW Auto heat output modulation e m i 2 m E 5 s 5 Min Max Dynamic Gas Pressure 10 25 mbar 65 g 8 z B gt B 0 wachumi waa Ten St l Controtand protection 000 I e g L o L oE gE Unit Efficiency 84 8 On board computer control protection and monitoring GS y 85 yee eS p u 1900 or more m 8500 or more Engine stop start synchronising modulation gt o re gt o g 1 TE MATES PPrimeMover 00 Mechanical electrical and thermal protection 5 ERP bona op e 250 or more For use of the exhaust extension kit g lf the celling ts low use the exhaust extension Kit Tvpe Reciprocating Engine BMS interface signals ceo aw 8 8 250 or more For use of the exhaust extension kit MU T 7 m Xin EE m x mE mE m a
3. gt 1 Power consumption is included 2 Maxof 5 50 6l min 3 Tolerance 5 is not included renewable technologies SYSTEM FLOWCHART DIMENSIONAL DRAWING OF BASE 1 Direct Mount 2 Anti Vibration Mount System controller Exhaust gas 4 9100 hole 4 9100 hole Commercial i esegue heo toes uit ose ibi IS Se Ee i piss que ununi s s sme gea ee For use of box out L tvpe For use of box out L tvpe bog l l Water LA type bolt LA type bolt wa ower E pow F Coolant tank expansion line Coolant refilling port Automatic l trol Soar Mist separator i E MEME D i jer n She ree HT 1 a b board r pg Lj anome 02 0 l 8 mel i ilter 4 914 5 hole m EU 4 914 5 hole l m O E Fu ia For use offesi For use of resin l O anchor bolt or aneher bolt or LL 3 JE Radiator Il f H mechanical anchor bolt ILI EIE pad Rectifier Ad mechanical anchor bolt l l C Inverter l f av 1250 B G iectilier uu TE 1800 1900 gt ini gt e gt p Rectifier M Motorized valve i i i i me D Water filter Reinforcing bar 210 Reinforcing bar 210 me Inverter Exhaust gas cooler a a
4. 4 gt Commercial power rele 6 ji exl System Distribution 1 load board Coolant tank Water expansion line 7 Coolant refilling port Mist separator Engine outlet Y temperature sensor Inverter Y D j Exhaust gas cooler Water filter 1 E kal O Heat exchanger inlet Silencer p TT contro valve 4 temperature sensor Gas engine l l c Generator S CT Current transformer Drain Heat exchanger Gas supply unit outlet temperature G a LL i sensor Water water Drain filter pq pq rpa Coolant pump heat exchanger Hot water outlet r gt rin US T Hot water inlet Exhaust gas drain Natural gas m Note The main unit of the cogeneration package is denoted by dashed lines Hot water supply system DIMENSIONAL DRAWING OF BASE 1 Direct Mount 2 Anti Vibration Mount 4 100 hole 4 14 5 hole Numeric values in parentheses are those For use of box out For use of resin 4 6100 hole for use of foundation bolt brackets L type LA type bolt anchor bolt For use of box out L type LA type bolt M m ig 4 Ve WW T Tz a m Y 8 i 4 914 5 hole i37 xb VK o p For use of resin al B IL
5. ALATA A lA kantik ii VANIER BAS PN ewm ocebbu APP ustainabDte neating WIth maximum EITICIENCV GAS HP 35A HT renewable technologies ENER G4 GAS ENGINE UNIT SSS uu io Boiler Model ENER G4 Exhaust vent Product Code CPAWE Dimensions W x D x H mm 1100 x 500 570 including protrusion x 1500 1555 including cover e Net Weight kg 410 including cooling water and lubricant will amp Rated Output kW EE i 8 Frequency Hz 50 D Voltage V 230 4 S Current A aC 16 0 eas mm Phase Wires Single phase two wires Cooling water level anchor bolt pitch m Power Factor 97 or more confirmation window Ventilation T Recovered Heat kW 8 38 BEER Inlet vent Inlet vent opening T Hot Water Temperature E E x q NER Oe ace pa IE Z O Suites T z DJ Displav board i EE p Hot Water Flow Rate L min l inspection cover 4 ES B b Total Efficiency 96 84 5 TAL ABS Hot water 7 BEE pm Electrical Generation Efficienc Yo 26 7 outlet 10 SESS 89 d TE EBEB L WA Exhaust Heat Recovery Ratio 57 8 LJ R3 4 4 us Sound Pressure Level for Rated Load 8 g Hot water ERER E HU m Radiator Fan Stopped dB A 51 l T g T i inlet l i l m
6. g Paar P U E Temp more Heat exchanger W L 4q FL FL U TI Silencer control valve inlet temperature RI L zm TI C3 4 sensor 1 Inverter 8 8 A C ya Tl L I Generator as engine fe T 280 310 310 310 310 280 200 800300 300 300 300 200 S E EE 53 Heat exchanger 1 f 653 gt C T Current transformer lt outlet temperature L gt Gas supply unit mu J Sensor Water water i m a heat exchanger When the unit is installed indoors a syphon option iss ER Coolant pump amp or use Of box out L type type bolt EMEN 0 0 0 ll L beeeesehexo eoi a Hot water outlet should be installed When laying the concrete for the base provide a box out for fixing the O T NU Se wa Hot water inlet T anchor bolts fix the anchor bolts and then secure them in the concrete Pd Ge ae If the back pressure of the exhaust piping extension 2 Itis sometimes necessary to change the thickness of the Exhaust gas drain Natural gas i pound ds 500P L h d ke th base depending on the foundation strength so carry out i l exceeds a use a tong syphon and make e the work after consulting construction engineers 8 m height of the base from F L to 250mm or more 3 Earthquake resistance strength Horizontal seismic coefficient of 0 6 Numeric values with show the dimensions jl in the case of a horizontal seismic coefficient 1 0 ote e main unit
7. 8 a Se Z 1 is cl 88 O A System i l i 4 se stay gt load td Motorized valve i E E T IT Hi d Exhaust gas aola DA Water filter S liga 77 C T Current transformer YA WH m Y Wa i i E i n Temperature Heat exchanger inlet IA A A i EE Silencer 1 control valve HD temperature sensor he 2300 ha 920 gt a 920 T E O Reinforcing bar 210 2300 gt am uy Gas engine d H lt 4 Rue T i 5 Reinforcing bar 210 sr LL Generator C3 S 9 9 i Bt FL lt s ji 77 8 O ii il PL Q Heat exchanger d TET Ez p D Gas supply unit outlet temperature 1 9 ES GG ke C lt sensor Water water E Drain fi heat exchanger l When the unit is installed indoors a svphon option Notes D I rain filter Coolant pump 1 For use of box out L type LA type bolt YA EI MERLO ee a Hotwateroulet should be installed When laying the concrete for the base provide a box out for fixing the TA Lll _ poe ee aee Hot water inlet anchor bolts fix the anchor bolts and then secure them in the concrete E PO ee ee 1 If the back pressure of the exhaust piping extension 2 Itis sometimes necessary to change the thickness of the based d the foundat t th t Exhaust gas drain Natural gas eee 2 exceeds 500Pa use a long syphon and make the the work after consulting construction engineers P E height of the base from F L to
8. 3 a 1500 RECOMMENDED Electrical Efficiency Net 5 a T zm Du 4000 ACCEPTABLE Heat Output 10 kW 161 136 110 INSTALLATION CLEARANCE RECOMMENDATIONS Thermal Efficiency Net 8 57 6 59 8 63 3 Fuel Input Net 5 kW 280 227 173 j H Total Efficiencv Net 8 89 8 89 6 89 2 8 E Heat Output from Jacket Water 8 kW 110 97 83 Heat Output from Exhaust Gas d Outlet Temp 8 kW 51 62 27 Aftercooler Heat Output 8 kW N A N A N A m A Radiated Heat Output 8 kW 10 8 6 m ED arid f vo 1 ray Combustion Air Flow 5 Nm h 266 215 165 GR T E kr 3 H 8 Fuel Mass Flow p 0 75kg Nm 5 kg h 21 0 17 0 13 0 m Z e J i Fuel Volume Flow LHV 10kWh Nm 5 Nm h 28 0 22 7 11 8 YA Z DY n rng o I a PDA Exhaust Mass Flow Wet 5 kg h 368 298 228 ze hej o Exhaust Volume Flow Outlet Temp 4 596 m h 410 332 254 C3 p 8 7 gt A R 7 5 ie Details 000 Generator Details 00 yA Up Manufacturer ENER G Manufacturer Stamford ea U DP Model EGE 06L Model UCI274H 311 ac TI 2 MiiM MHEIGUT EVA Fuel Tvpe Natural Gas Tvpe Svnchronous TI SP 2m m so TETOR NSALATON OF Min Methane Number 70 Rating kVA 200 53 m e BEND SOUNO IKA bis Cylinders 6 Voltage V 400 TI i TE l a NEL DE i Aspiration Natural Phase Ph 8 z E PUE Speed rpm Frequency Hz 50 U iiia a NF ii A Aftercooler Protection Class IP23 i LX _ PI Tit AA REGISTER PF 08 D Max Water In Out Temp
9. 110 Section A Ventilation opening w ERES T ER pis Hot water 424 80 inlet R1 poo 900 Hot water outlet R1 pm Exhaust drain port renewable technologies O aR Z O gt Co 2 E D 2 O gt O Z SYSTEM FLOWCHART DIMENSIONAL DRAWING OF BASE System controller Exhaust gas H H H H TI 3 1 Direct Mount 2 Anti Vibration Mount f i i Coolant tank Water i Numeric values in parentheses are those m expansion line illi i i jew mm Automatic p Coolant refilling port 4 2100 hole 4 914 5 hole for use of foundation bolt brackets ee cae Board FE TN For use of box out For use of resin 6 9100 hole 6 214 5 hole Commercial H L type LA type bolt anchor bolt t For use of box out For use of resin ka __ power Starter MR i L type LA type bolt anchor bolt p D ii transformer ry ae CT i EO MEN 4 B inue D i ji E H i 99 m E Distribution Auto LI gt l T Hi P E m C2 LTD i board transformer Inverter f Hg Radiator e T al Katia ha C
10. 80 90 Xd Dir Axis Synchronous 1 91 ED ZA Ne l Max Water Flow Rate ya 4 06 X d Dir Axis Transient 0 16 TA 8 Max Glycol Content Yo 30 X d Dir Axis Sub Transient 0 11 4 GABINET U Connection Size mm 50 T Sub Transient Time Const 0 012 Tg as L b Flange Type PN16 T do 0 C Field Time Const 14 E Pressure Loss E CHP Protection Device A Ph 160 3 Max Test Pressure ndicative Client Protection Device A Ph 160 Adjustable pn ds l z Exhaust Details mm Current Per Phase 0 8PF A 162 EIS Fr aati g En 8 Connection Size mm 125 Current Per Phase d 0 95PF A 137 EEL cia tina ad EEL A Flange Type PN16 Efficiency d 0 8PF 3 MTS ams as M E ome zs pem Outlet Temp 46 120 Efficiency 0 95PF 94 9 E owe Max Allowable Back pressure Pa 3570 ndicative Main Cable Size ur TBC s zi Ventilation Details A ndicative Earth Cable Size Connection Size D S S S 1 125NS PN16 Flanged Exhaust CHP Outlet 1 Max Air Inlet Temp C 30 Flange Type BIE 2 40NS PN16 Flanged Natural Gas CHP Inlet 1 Max Air Outlet Temp ee 45 Min Max Supply Pressure mbar 20 55 3 BONS PN1 Flanged Heating Water CHP Inlet 1 HERRIESTSRRIGTES i uuum 4 50NS PN16 Flanged Heating Water CHP Outlet 1 Pressure loss figures stated are at max water flow rate Internal unit only mg Nm 3676 5 Combustion Air Inlet Filter Removable for Installation 1 a mg Nm 2163 6 Enclosure Fan Outlet 0500 with 12No x 012 Holes Equally Spaced
11. Edition BS7671 Installation method 31 Standard 2450kg 2600kg Premium 2550kg 2700kg Notes 1 Recommended clearance for service access is 1000mm on sides 1250mm above 1000mm at front and 1500mm at rear pipework connections end although 1000mm is acceptable NB Energy balance data assumes perfect combustion Values for part load are estimates only All information detailed is for guidance only and is subject to change without notice due to our commitment to continuous improvement all values should be confirmed with ENER G Combined Ltd on a project specific basis LR remeha renewable technologies 2 Consideration must be given on installation design as to whether acoustic treatment may be required to fans etc which may add height to the design although this is site specific 3 Anti vibration mounts are shown hidden as they may not be required on certain sites and are removable for installation ENER G50 DATASHEET Lo m INSTALLATION SPACE Installation Clearance Recommendations Electrical Output 3 Electrical Efficiency Net 5 A xm E T Heat Output 10 kW 29 65 50 num 7r rs Th
12. Fuel Mass Flow p 0 75kg Nm 5 kg h 8 4 6 9 53 qe Z rye Fuel Volume Flow LHV 10kWh Nm 5 Nm h 11 2 92 71 E e a h Exhaust Mass Flow Wet 5 kg h 146 119 92 ee yo Exhaust Volume Flow Outlet Temp 4 596 m h 162 132 102 C3 m A N Engine Data poem Generator Details a YA ep Manufacturer Manufacturer Meccalite ea U Model E 0834 E 302 Model ECO 32 3L 4 TU RE 8 8 Fuel Type Natural Gas Type Synchronous HA GP Min Methane Number 80 Rating KA 75 anl Cylinders 4 Voltage V 400 mal Aspiration Natural Phase Ph 8 GR INSTALLATION CLEARANCE RECOMMENDATIONS Speed rpm 500 Frequency Hz 50 e I YA A Aftercooler Protection Class IP21 gt AA Rated Power Factor PE e Bea ee Max Water In Out Temp 20 80 Xd Dir Axis Synchronous 305 4 2 Z Fm DUCTED BEND A SOUND INSULATION n 78 Max Water Flow Rate Us Ee X d Dir Axis Transient 13 4 ea Max Glycol Content 0 X d Dir Axis Sub Transient Ji E Connection Size mm 50 T Sub Transient Time Const 0 0135 I ee Flange Type PN16 T do 0 C Field Time Const YA Pressure Loss kPa 4 CHP Protection Device A Ph 80 H Max Test Pressure Bar 10 ndicative Client Protection Device A Ph 80 Adjustable i Exhaust Details prt Current Per Phase 0 8PF A 63 g 2 Connection Size 100 Current Per Phase d 0 95PF A 53 i Flange Type PN6 Efficiency d 0 8PF Yo 90 3 28 Outlet Temp 120 Efficiency A 0 95PF MNA La Ni Max Allowable Back pressure 10 ndicative
13. Radiator Fan Operating dB A 53 R3 4 O m q RE Voltage an 230 Fuel gas Inlet sfl g b 3 48 P a all Startup Curren A 13 average electric current R1 2 9 MEI a B l aa Es Power Consumption Rated TAE Te 4 S Opening _ L 3 Radiator Fan Stopped W 0 19 IL ell ote Nm tt R nl a c Radiator Fan Operating W 0 28 z EN 5 Sofineciian port 1100 3 Exhaust drain port m rad Space Heater below 5 C dB A 0 25 for cold regions ENDO ES EL Fuel Consumption LHV basis Ww 14 5 3 2 Gas Supply Pressure Category 2H mbar 20 1 The heat recovery and efficiency values are those for rated output in standard atmospheric conditions 2 The operating sound levels are maximum values measured in 4 directions at a point 1m from the side of the unit and 1 2m above the ground in an anechoic room simulation The sound levels during actual operation are usually higher than the simulated values due to ambient noise and echoes 3 The values for the external dimensions do not include piping piping connections or protruding parts 4 The amount of fuel consumption is based on lower calorific values 1 Power consumption is included 2 Maxof 596 25 5U min 3 Tolerance 5 is not included renewable technologies Mm O aj L G gt E un uS rn RE g I TA e E SYSTEM FLOWCHART System controller Exhaust gas l Y LLL Automatic 71 control
14. b l anchor bolt By E 8 S ot e Il o o o 8 VA ES NL r r Y iu i i R 635 B i u lk 1200 1200 gt y 880 d i gt z 1200 1370 B Reinforcing bar 910 I gt Z Reinforcing bar 10 lt L 2 Tx 2y FL 7 V 8 TRI Li 3 zy FL o re When the unit is installed indoors a syphon option should be installed If the back pressure of the exhaust piping extension exceeds 500Pa use a long syphon and make the height of the base from F L to 250mm or more L type LA type 150 Resin M12 90 Male screw mechanical 60 SM Notes 1 For use of box out L tvpe LA tvpe bolt When laving the concrete for the base provide a box out for fixing the anchor bolts fix the anchor bolts and then secure them in the concrete 2 Itis sometimes necessary to change the thickness of the base depending on the foundation strength so carrv out the work after consulting construction engineers 3 Earthquake resistance strength Horizontal seismic coefficient of 0 6 Numeric values with show the dimensions inthe case of a horizontal seismic coefficient 1 0 4 When using a smaller base join the base and the structure with reinforcing bars renewable technologies 01 Mm T L e gt tn Za rn RU E gt O Z INSTALLATION SPACE 1 Single Unit Installation 2 Multiple Units Installation
15. by local government fire prevention ordinances and enforcement regulations secure the installation space according to these regulations 4 Give consideration not to cause problems for neighbouring houses due to operating noise radiating air or hot ventilation air 5 Depending on the situation the site may be filled with radiating air and this has an effect on performance Prevent the short circuits with the optional wind direction boards etc renewable technologies ENER G10 GAS ENGINE UNIT 29K8 Boiler Model ENER G10 Exhaust vent 24 25 wiring connection a i Product Code CP10WE H j AN Dimensions W x D x H mm 1470 x 800 900 including protrusion x 1790 z l 8 9 e Fisi v Net Weight kg 790 including cooling water and lubricant amp Hr uel gas inlet Rated Output kw 10 00 33 8 Freguency Hz 50 E g 1 9 2 e i Voltage V AC400 EJ i m fil Current A 14 a q 01 Phase Wires Three phase four wires 8 S 4 m Power Factor Yo 97 or more 850 t e e TI G Recovered Heat kW 17 3 anchor bolt piteh G rae Hot Water Temperature 838 55 110 TE TA nlet E 65 Ventilation Cooling water level ZA lt S Outlet se 70 Max 78 opening confirmation window Section A amp Hot Water Fl
16. on 1 NOx with cata mg Nm 250 560mm P C D Removable for Installation CO with catalyst mg Nm 350 7 Oil Fill Point 1 Weight Details 00000000 8 Control Panel 1 Enclosure Dry STD PREM kg 4600 6000 a Main Cable Gland Plate 1 Notes Container Dry STD PREM kg TBC TBC 10 Anti Vibration Mounts and Removable Pick up Plates lif required 6 lt Noise Data I Po l 1 Recommended clearance for Enclosure SPL 1m SN LN dB A 70 65 service access is 1000mm on Container SPL 1m SN LN dB A 75 65 5 es Iemm Sizes and lengths based on IET 17th Edition BS7671 Installation method 31 B 1940mm 1990mm Shipping Height pipework connections end izes and tengths based on tion installation metno C 930mm 1030mm although 1000mm is acceptable D 3700mm 3725mm Shipping amp Installation Length E 369mm Comm 2 Consideration must be given F 145mm 195mm on installation design as to G 680mm Konm whether acoustic treatment may H 250mm 300mm b gt ST an e required to fans etc which J 950mm 1050mm Shipping amp Installation Width dd heiah ha desi i omm fta a Ps NB Energy balance dat fect combustion Values for part load are estimates only All information detailed is for guid ly andis subject to change without notice due t Energy balance data assumes perfect combustion values tor part toad are estimates only information detaited Is Tor guidance only and Is subject to change without notice due to our 1200mm 1300mm although this is
17. site specific commitment to continuous improvement all values should be confirmed with ENER G Combined Ltd on a project specific basis 7 Approx Floating Clearance mE M 30mm 30mm Dor AU ae 3 Anti vibration mounts are shown N 1400mm 1500mm hidden as they may not be otal Weight 3500kg 3900kg Approx Dry Weight kg required on certain sites and are CR remeha otal Weight 3700kg 4100kg Approx Wet Weight kg removable for installation renewable technologies Remeha Commercial Innovation House 3 Oaklands Business Centre Oaklands Park Wokingham RG41 2FD T 0118 978 3434 CHP Aremeha co uk www remeha co uk September 2014 PREMIX BURNER CLEAN COMBUSTION renewable technologies
18. 250mm or more 3 Earthguake resistance strength Horizontal seismic o Ne coefficient of 0 6 Numeric values with show the dimensions x pee a H H Hot ir supply system inthe case of a horizontal seismic coefficient 1 0 Note The main unit of the cogeneration Water Supp y sy Embedded Depth A mm 4 When using a smaller base join the base and package is denoted by dashed lines Direct Mount Anti Vibration Mount the structure with reinforcing bars L type LA type 90mm min 120mm min Resin M12 50mm min 60mm min Male screw mechanical 80mm min 80mm min renewable technologies INSTALLATION SPACE 1 Single Unit Installation 2 Multiple Units Installation ENER G25 DATASHEET General Desai 0000 Fuel Tvpe Natural Gas Fullv closed primarv water circuit 200 600 200 600 600 Or more or more or more or more or more Minimum Methane Number 80 Exhaust gas heat exchanger in primary circuit o Er o g 2 E Electrical Output 25kW PHE between primary and secondary circuits 5 5 Heat Output Exhaust Cooled to 124 C 38kW Primary water pump E E Fuel Input Net Gross CV 10kWh Nm 75 82 kW Auto heat output modulation RE o 6 69 8 o S o Min Max Dynamic Gas Pressure 15 30 mbar TI Ng ole IN o Z Ps 5 am O 7 a nd mn us 9 e Unit Efficiency 85 296 On board computer control protection and monitoring VA gt 2790 or more Engine stop s
19. Anti Vibration Mounts and Removable Pick up Plates if required 6 Enclosure SPL d 1m SN LN dB A 70 65 Container SPL 1m SN LN dB A 75 65 Enclosure Type Total Dry Weight kg Approx Total Wet Weight kg Approx 3 amp Core XLPE SWA PVC to BS5467 max 50 metres Standard 2450kg 2600kg b l Core6491B to BS7211 max 50 metres Premium 2550kg 2700kg t Sizesand lengths based on IET 17th Edition BS7671 Installation method 31 Notes 1 Recommended clearance for service access is 1000mm on sides 1250mm above 1000mm at front and 1500mm at rear pipework connections end although 1000mm is acceptable 2 Consideration must be given on installation design as to whether acoustic treatment may be required to fans etc which may add height to the design although this is site specific 3 Anti vibration mounts are shown hidden as they may not be required on certain sites and are removable for installation NB Energy balance data assumes perfect combustion Values for part load are estimates only All information detailed is for guidance only and is subject to change without notice due to our commitment to continuous improvement all values should be confirmed with ENER G Combined Ltd on a project specific basis renewable technologies INSTALLATION SPACE ENER G70 DATASHEET Installation Clearance Recommendations
20. Combustion Cycle 4 stroke Spark Ignition mM 2 5 gt Za Z l ov al 3 c l 45g Speed 2000 Internal Exhaust silencers RR O BEE JE gt b E ug Elo i i M NOx Emissions 283 mg Nm Secondary water pump LP 5 69 LARA 1 l S 5 3 8 a 8 5 E 8 A CO Emissions 36 mg Nm 0 ua aq Soe fr nnn use 7 T um Z re E 2 Z UUU port control panel v X ES iena Type PMG DC amp DC AC Inverter Heat and gas metering It Frequency 50 Hz System controller Notes Voltage 230 V Anti vibration mounts Phasels 1 Phase Exhaust extension kit 1 When surrounding the unit with soundproof walls attach openings louvres or the like to the bottom of the soundproof walls To prevent the short circuits of radiating air Electrical output is based on output at the generator terminals at a power factor of 0 95 Energv quantities subject to reduction when modulating in response to external conditions We reserve the right to alter the Engine Type at anytime to meet the system specifications Performance figures are subject to original Engine manufacturer s declared performance tolerances and test conditions Output figures are based on operation at 1S03046 conditions with the exception of the exhaust output temperature stated above Technical Datasheets are subject to change without notice due to our commitment to on going product improvement 2 Decide installation space after consideration of the piping space 3 If the distance of retention is specified
21. Ee E CHP Protection Device A Ph 00 Max Test Pressure ndicative Client Protection Device A Ph 00 Adjustable jn Exhaust Details T Current Per Phase 0 8PF 89 d fan G Connection Size mm 100 Current Per Phase d 0 95PF A 76 1 TIN Flange Type PN6 Efficiency 0 8PF 96 914 al pe b Jo w s 1500 E xo 3 S Lm KO Outlet Temp e 120 Efficiency 0 95PF Yo 92 4 b TUE LOADED E 7 Max Allowable Back pressure Pa 2640 ndicative Main Cable Size Tus TBC VIEW ON REAR SERVICES PANEL MEWIONIEEEVATION VIEW ON CONTROL PANEL AIR INLET ATTENUATOR VentilationDetails I BS ndicative Earth Cable Sizett Connection Size Fuel Details 0 EE Ventilation Rate BEE m Connection Size Hem No Description ty Vesna Emm IER sins EIS 1 100NS PN6 Flanged Exhaust CHP Outlet 1 Max Air Outlet Temp C 45 Min Max Supply Pressure mbar 20 45 2 25NS PN16 Flanged Natural Gas CHP Inlet 1 Assuming Op28 91 ki ka Kand p 1014 64 kg m3 ni SS r9 3 40NS PN16 Flanged Heating Water CHP Inlet 1 Pressure loss figures stated are at max water flow rate Internal unit only mg Nm 6500 4 40NS PN16 Flanged Heating Water CHP Outlet 1 co mg Nm 6500 5 Enclosure Fan Outlet 400 with 8x 912 Holes Equally Spaced on 1 NOx with cata mg Nm 250 450mm P C D CO with catalyst mg Nm 350 6 Combustion Air Inlet Attenuator 1 C TO Hire 7 Oil Fill Point Enclosure Dry STD PREM 3000 4000 8 Control Panel 1 Container Dry STD PREM 7100 7600 9 Main Cable Gland Plate AA uu 10
22. Main Cable Size Li TBC 8 c dem MY ji Ventilation Details mm A ndicative Earth Cable Size TBC Bram Sa aa s z Connection Size 500 Fuel Details 00 m EJ EGENT REN m m A Em Dis a 5 m Ventilation Rate es 0 79 Connection Size be CLEARANCE APPROX 64mm WHEN LOADED VIEW ON ETCUATION m Max Air Inlet Temp AC 30 Flange Type A VIEW ON REAR SERVICES PANEL step ve VIEW ON CONTROL PANEL AIR INLET ATTENUATOR Max Air Outlet Temp ge 45 Min Max Supply Pressure mbar 20 45 mg Nm 6500 mg Nm 6500 Assuming Cp 3 91 kj kg K and p 1014 64 kg m3 Pressure loss figures stated are at max water flow rate Internal unit only WHemNo Description ty 00 1 100NS PN6 Flanged Exhaust CHP Outlet 1 NOx with cata mg Nm 250 B 25NS PN16 Flanged Natural Gas CHP Inlet 1 CO with catalyst mg Nm 350 3 40NS PN16 Flanged Heating Water CHP Inlet 1 Weight Details 0000000000000 4 40NS PN16 Flanged Heating Water CHP Outlet 1 Enclosure Drv STD PREM kg 3000 4000 5 Enclosure Fan Outlet 0400 with 8x 012 Holes Equally Spaced on 1 Container Dry STD PREM kg 7100 7600 450mm PCD A EINEN as 6 Oil Fill Point 1 Enclosure SPL 1m SN LN dB A 70 65 Jj Control Pane 1 Container SPL d 1m SN LN dB A 75 65 8 Main Cable Gland Plate 1 B Anti Vibration Mounts and Removable Pick up Plates if required 6 4 Core KLPE SWA PVC to BS5467 max 50 metres b 1 Core 6491B to BS7211 max 50 metres t Sizes and lengths based on IET 17th
23. Output figures are based on operation at 503046 conditions with the exception of the exhaust 4 Give consideration not to cause problems for neighbouring houses due to operating noise output temperature stated above Technical Datasheets are subject to change without notice due to our commitment to on going product improvement radiating air or hot ventilation air 5 Depending on the situation the site may be filled with radiating air and this has an effect on performance Prevent the short circuits with the optional wind direction boards etc renewable technologies INSTALLATION SPACE ENER G35 Installation Clearance Recommendations Electrical Output 3 Electrical Efficiency Net 5 a E zm xm Heat Output 10 kW 62 52 42 NRI E Thermal Efficiency Net 8 55 1 56 6 59 1 Fuel Input Net 5 kW 112 92 71 IZA Z Total Efficiency Net 8 86 2 85 3 83 8 YZ YZ Heat Output from Jacket Water 8 kW 38 34 29 jili WA ZA g Heat Output from Exhaust Gas d Outlet Temp 8 kW 24 18 13 2 YA Aftercooler Heat Output 8 kW N A N A N A m KLL AWA Radiated Heat Output 8 kW 9 D b m EB 7 Combustion Air Flow 5 Nm h 106 87 67 C2 E lt
24. U f E us xin x ga E imu mis ate Combustion Cycle 4 stroke Spark Ignition TU m S E S m E E E Cylinders 3 C i X 5 5 ir ad Q I 8 8 8 Speed 1700 Internal Exhaust silencers Ti A N N 53 S i i 5 H i NOx Emissions 653 mg Nm Secondary water pump E U T i LI gt 5 5 CO Emissions 21 mg Nm p s BO kien bur optional Eguipment Configuration i i G PA Export control panel a 1 l 1 1 mn Z7 7 1 Tvpe PMG DC amp DC AC Inverter Heat and gas metering Frequency 50 Hz System controller Notes Voltage 400 V Anti vibration mounts Phasels 3 Phase Exhaust extension kit Electrical output is based on output at the generator terminals at a power factor of 0 95 Energv quantities subject to reduction when modulating in response to external conditions We reserve the right to alter the Engine Type at anytime to meet the system specifications Performance figures are subject to original Engine manufacturer s declared performance tolerances and test conditions Output figures are based on operation at 1S03046 conditions with the exception of the exhaust output temperature stated above Technical Datasheets are subject to change without notice due to our commitment to on going product improvement 2 Decide installation space after consideration of the piping space 3 If the distance of retention is specified by local government fire prevention ordinances and enforcement regulations secure the installation space a
25. ccording to these regulations 4 Give consideration not to cause problems for neighbouring houses due to operating noise radiating air or hot ventilation air 5 Depending on the situation the site may be filled with radiating air and this has an effect on performance Prevent the short circuits with the optional wind direction boards etc renewable technologies 01 O xr L o gt 2 un 2 rn ma O I Z ENER G25 w 1 12 3 Boiler Model Product Code Dimensions W x Dx H Net Weight Rated Output Frequency Voltage Current Phase Wires Power Factor Recovered Heat Hot Water Temperature Outlet Hot Water Flow Rate Overall Efficiency Electrical Generation Efficiency Exhaust Heat Recovery Ratio Sound Pressure Level during Rated Load Radiator Fan Stopped Radiator Fan Operating Voltage Startup Curren Power Consumption Rated Radiator Fan Stopped Radiator Fan Operating Space Heater below 5 C Fuel Consumption LHV basis Gas Supply Pressure Natural Gas Gas Engine Type Cylinder Bore x Stroke Displacement Rated Output Engine Speed Catalyser Starter System Lubricant Type System Lubricant Capacity nverter Rated Output Main Circuit System Inverter Main Circuit Switching System Main Circuit Insulation System Power Control Reverse Power Prevention Control Coolant Concentration of Coolant Standard Concentration of Coolant Cold Area Cooli
26. ck up Plates if required 6 11 Catalyst Door Bulge in Enclosure If Catalyst is Required 1 Standard 3000kg 3170kg Premium 3200kg 3370kg Notes 1 Recommended clearance for service access is 1000mm on sides 1250mm above 1000mm at front and 1500mm at rear pipework connections end although 1000mm is acceptable 2 Consideration must be given on installation design as to whether acoustic treatment may be required to fans etc which may add height to the design although this site is site specific 3 Anti vibration mounts are shown hidden as they may not be required on certain sites and are removable for installation 4 Bulge in door is shown hidden due to it is only required on units fitted with a catalyst If no catalyst LR remeha is fitted then the door remains flush renewable technologies INSTALLATION SPACE ENER G90 DATASHEET sides 1250mm above 1000mm at front and 1500mm at rear a 4 Core XLPE SWA PVC to BS5467 max 50 metres b 1 Core 6491B to BS7211 max 50 metres Installation Clearance Recommendations Electrical Output
27. ermal Efficiency Net 8 53 4 54 8 56 9 7 Fuel Input Net 5 kW 148 118 89 YA 77 T Total Efficiency Net 8 87 1 86 5 85 1 Heat Output from Jacket Water 8 kW 46 82 83 8 ZA 8 Heat Output from Exhaust Gas d Outlet Temp 8 kW 33 25 17 ai Aftercoo er Heat Output 8 kW N A N A N A m H WA Radiated Heat Output 8 kW 12 9 1 m 5 J T 7 Combustion Air Flow 5 Nm h 140 112 84 C2 T i Z Fuel Mass Flow p 0 75kg Nm 5 kg h 114 8 9 6 6 T E Fuel Volume Flow LHV 10kWh Nm 5 Nm h 14 8 11 8 8 9 E J Exhaust Mass Flow Wet 5 kg h 192 153 115 Exhaust Volume Flow Outlet Temp 5 m h 214 171 128 C3 gt e z en WN g 2 A 8 Manufacturer Manufacturer Meccalite U PX Model E 0834 E 302 Model ECO 32 3L 4 g RE A 73 Fuel Tvpe Natural Gas Tvpe Svnchronous HA C2 LZ r gt Min Methane Number 80 Ratin WA 5 O g Lm INSTALLATION CLEARANCE RECOMMENDATIONS Cylinders A Voltage V 400 Al YA Aspiration Natural Phase Ph 3 a C2 Speed rpm Frequency Hz 50 em p rcrum i rer NN Aftercooler Protection Class IP21 p E pec RE Watembea Rated Power Factor Pea D A Max Water In Out Temp 80 90 Xd Dir Axis Synchronous 305 4 D TA 1 Max Water Flow Rate i MS X d Dir Axis Transient 34 ZA Max Glvcol Content Yo 0 X d Dir Axis Sub Transient 7 Connection Size mm 50 T Sub Transient Time Const 0 0135 Flange Tvpe PN16 T do 0 C Field Time Const RS g E g Pressure Loss
28. ng Water Capacity Cooling Water Pump Type Generator Type Phase Wires Number of Poles Excitation System nsulation Class Armature Coil Bearing System Transformer for Starting Input Voltage Electric Motor for Starting Heat Exchanger Type Heat Exchanger Plate Material Pressure Proof Secondary Side Maintenance Interval Conditions for Use Ambient Temperature Relative Humidity Altitude above sea level Power consumption is included Max of 4594 116l min olerance 5 is not included mm kg kW Hz V A per phase Yo kW ep L min Yo Yo Yo a B A B A B A ea zz dB A kPa kW min kW Yo Yo MPa Hours C m ENER G25 CP25WE 2150 x 800 900 including protrusion x 2010 2060 including cover 1320 including cooling water and lubricant 25 0 50 400 35 4 Three phase four wires 97 or more 38 4 Max 85 110 85 0 33 5 5 5 62 64 AC 200 46 0 average electric current 0 93 1 35 0 75 for cold regions 74 6 1 5 3 0 4GPF98 C1 Vertical cylinder 4 cycle water cooled gas engine 4 3 318 TED 1 900 Oxiside Catalyser Electric starting by AC DC conversion YANMAR s Genuine T Oil for GHP 10W30 66 including 40 sub tanks and 26 main tanks GS Yuasa Corporation LGU 25 T3E 25 Self excited voltage type current control system PWM System Non insulated transformer less system Pressure rising chopper system Output power constant contr
29. of the cogeneration P water supply system in th fa horizontal seismic coefficient 1 0 package is denoted by dashed lines Embedded DepthAlmm 4 When using a smaller base join the base and DirectMount Anti Vibration Mount the structure with reinforcing bars L tvpe LA tvpe 60 or more 70 or more Male screw mechanical M12 60 or more 70 or more Resin 30 or more 40 or more Points to note in constructing the base 1 Set the standard compounding ratio cement 1 6 n places where the soil has a low weight bearing sand 2 aggregate 4 and insert reinforcing bars of capacity clay layer sand area loam layer be sure 10 interval approx 300mm into the base to carry out foundation improvement work 2 Finish the surface with mortar so that it is flat 7 Fixthe co generation main unit with anchor Chamfer the edges of the concrete bolts to prevent falls and to make the base firm and horizontal 3 When setting the base on a concrete floor rubble is not necessary but make the concrete surface of 8 When installing the unit in places such as on a roof such parts uneven rooftop or balcony where noise or vibration may b i ti vibrati ts 4 Build the waterway around the base and pay PEAME A SAE ASAE A attention to the drainage around the machine 9 Observe any relevant local laws and regulations 5 When installing the unit on a rooftop be careful related op OM about the surface strength and be sure to make the area wate
30. ol system Reverse power flow prevention control by measuring reverse power flow Coolant H209 for cogeneration 50 60 31 5 including the reserve tank Magnet driving system spiral type Open tvpe hree phase three wires 16 Permanent magnet svstem F type Bearingless AC200 DC12 Brazing plate system Stainless 0 8 10 000 5 40 for cold area 15 40 80 or less 300 or less he heat recovery and efficiency values are those for rated output in standard atmospheric conditions he operating sound levels are maximum values measured in 4 directions at a point 1m from the side of the unit and 1 2m above the ground in an anechoic room simulation he sound levels during actual operation are usually higher than the simulated values due to ambient noise and echoes he values for the external dimensions do not include piping piping connections or protruding parts he amount of fuel consumption is based on lower calorific values GAS ENGINE UNIT Exhaust vent 860 anchor bolt pitch Ventilation opening anchor bolt pitch 850 24 25 wiring connection a A Cooling water level confirmation window 1790 1670 uU 1470 Fuel gas inlet R1 29X8 ol e e 8 w WT 8 sg 01 ar Y SL gt 1 NA IND g si 1 6 e Ni 838 55
31. ow Rate L min 48 2 2 E D gt Overall Efficiency 84 0 i I p im Electrical Generation Efficiencv 96 30 7 me Un Exhaust Heat Recovery Ratio 96 58 3 N el For Rated Load A T I ST mi Radiator Fan Stopped dB A 54 g RI Radiator Fan Operating dB A 56 z Ts 4 z fe dB A g Ventilation iE 2 openin inl Voltage ACV 230 pening Zi E Startup Curren A 22 6 average electric current 63 p Power Consumption Rated jie 01 Radiator Fan Stopped Ww 0 28 m LI 01 a 2 EE Radiator Fan Operating kW 0 53 L wa ESEB c L B Space Heater below 5 C dB A 0 50 for cold regions Y A P xls jie 3 Z Fuel Consumption LHV basis Ww 32 63 e A Hot wate Gas Supply Pressure Hot water 424 80 i x n Exhaust drain port Category 2H mbar 20 inlet outle R1 9 RD 1 The heat recovery and efficiency values are those for rated output in standard atmospheric conditions 2 The operating sound levels are maximum values measured in 4 directions at a point 1m from the side of the unit and 1 2m above the ground in an anechoic room simulation 1470 900 The sound levels during actual operation are usually higher than the simulated values due to ambient noise and echoes 3 The values for the external dimensions do not include piping piping connections or protruding parts The amount of fuel consumption is based on lower calorific values 5 As for 683 the examination was carried out by New and Renewable Energy Centre NaREC in U K
32. rproof renewable technologies INSTALLATION SPACE 1 Single Unit Installation 2 Multiple Units Installation 1 When surrounding the unit with soundproof walls attach openings louvres or the like to the bottom of the soundproof walls To prevent the short circuits of radiating air ENER G10 DATASHEET General Desai 0000 Fuel Tvpe Natural Gas Fullv closed primarv water circuit Secure 600 mm in either side of left or right for maintenance Secure 600 mm in either side of left or right for maintenance Minimum Methane Number 80 Exhaust gas heat exchanger in primarv circuit g A ME x Electrical Output 10kW PHE between primary and secondary circuits li Heat Output Exhaust Cooled to 77 C 17kW Primary water pump O e Fuel Input Net Gross CV 10kWh Nm3 32 36 kW Auto heat output modulation o m E 200 600 600 300 Min Max Dvnamic Gas Pressure 10 25C mbar m Gm 9 200 600 _ 600 300 el ormore or more 2 G T 8 or more lt o more RI i E Max Return Flow Water Temp 68 78 C mim Zz Unit Efficiency 84 5 On board computer control protection and monitoring WA nm ei amp Y i E 8 8 Engine stop start synchronising modulation O oo oo oo or more Un x x Type Reciprocating Engine BMS interface signals Wa
33. ssions TA TRA i Generator 0000000000000 Generator only no heat recovery 3 n HN ell Tvpe Svnchronous Island mode operation at H Frequency 50 Hz CHP absorption chiller packages E i i Voltage 400 V EON EEL Efficiency 94 1 i m 1365 1305 ter Fullv closed primarv water circuit l 100NS PN6 Flanged Exhaust CHP Qutlet 1 E PHE between primary and secondary circuits 2 40NS PN16 Flanged Natural Gas CHP Inlet 1 3 50NS PN16 Flanged Heating Water CHP Inlet 1 Primary water pump 4 50NS PN16 Flanged Heating Water CHP Outlet 1 Atte AAA AITA MAILI 5 Combustion Air Inlet Filter Removable for Installation 1 g 6 Enclosure Fan Outlet 0500 with 12No x 012 Holes Equally Spaced on 1 560mm P C D Removable for Installation Electrical output is based on output at the generator terminals at a power factor of 0 95 Energy quantities subject to reduction when modulating in response to 7 Oil Fill Point 1 external conditions We reserve the right to alter the Engine Tvpe at anv time to meet the svstem specifications Performance figures are subject to original Engine 8 Control Panel 1 manufacturer s declared performance tolerances and test conditions Output figures are based on operation at 503046 conditions with the exception of the exhaust 9 VERS Gane Gana eae 1 output temperature stated above Technical Datasheets are subject to change without notice due to our commitment to on going product improvement 10 Anti Vibration Mounts and Removable Pi
34. tart synchronising modulation O ius A Prime Mover Mechanical electrical and thermal protection p Co TU la J ype Reciprocating Engine BMS interface signals Wa m o o Combustion Cycle 4 stroke Spark Ignition ee o 1 o 2 Older 4 Standard Equipment 000000 O an E i B Speed 1900 Internal Exhaust sil ee nternal Exhaust silencers m E e p Ti p S 3 NOx Emissions 542 mg Nm Secondary water pump m 1 CO Emissions 634 mg Nm p JS GOOOOOOOOOUU Export control panel Unit mm s A Notes Type PMG DC amp DC AC Inverter Heat and gas metering 1 When surrounding the unit with soundproof walls attach openings louvres or the like to the Frequency 50 Hz System controller bottom of the soundproof walls To prevent the short circuits of radiating air TEE mm A ESU 2 Decide installation space after consideration of the piping space Phasels cher ERES TOEIC GAL 3 If the distance of retention is specified by local government fire prevention ordinances and enforcement regulations secure the installation space according to these regulations Electrical output is based on output at the generator terminals at a power factor of 0 95 Energy quantities subject to reduction when modulating in response to external conditions We reserve the right to alter the Engine Type at any time to meet the system specifications Performance figures are subject to original Engine manufacturer s declared performance tolerances and test conditions
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