FINAL REPORT
Contents
1. GENERAL REGULATOR with battery charge indicators FUSE SWITCH RELAY Max Mid Min Low Qu sumi Se HOW TO DISPLACE THE PV SYSTEM open the box turn the general switch OFF extract FUSE disconnect the user points lights etc disconnect the BATTERY plug disconnect the PV module plug reinsert the FUSE and close the box ur UC mom be maet carefully remove the elements paying special attention not to break the PV module shield for transportation it is recommended to wrap the PV module in a blanket If put o2. Mid Min Low Balter On End Change Power off n 12
3. 11 12 13 14 15 16 17 18 ANNEX 2 MANUAL FOR THE USE OF THE PLANTS IN AC FOR THE SCHOOL AND THE MEDICAL CENTRE DIPARTIMENTO DI ECONOMIA E INGEGNERIA AGRARIA FORESTALE E AMBIENTALE UNIVERSIT DEGLI STUDI DI TORINO ITALIA Primo intervento campione di installazione di impianti ad energia rinnovabile presso le unit abitative dei pastori mongoli First pilot installation of Renewable Energy plants at the homes of Mongolian shepherds This Photovoltaic system has been installed in the framework of the First pilot installation of Renewable Energy plants at the homes of Mongolian shepherds program financed by the Government of Regione Piemonte Italy This project has been carried out by the Dipartimento di Economia e Ingegneria Agraria Forestale e Ambientale DEIAFA Department of Agricultural Forest and Environmental Engineering and Economy
4. t e LI va XM For the days the Soum the Mission base has been the Italian Mongolian joint centre prepared by the CNR IRPI in cooperation with the MAS the Italian Mongolian joint centre prepared by the CNR IRPI in cooperation with the MAS The outward journey took about eight hours from Ulaan Baatar to Arvayheer about 430 km on asphalt road in poor conditions an overnight in Arvayheer and another seven hours to arrive to Bogd about 240 km almost all on natural road A ceremony was organised by Bogd inhabitants on mission s arrival 09 2 DZAVHAN 22 1827 21 2 my te tenor Gi He fe fie RS OVI 3 ree rege Tet p p b a s ct PE Pa j i fo T i XE ja za Mongolia gt gt 212 os First day 430 km in 8 hours Second day 240 km in 7 hours A stop for a flat tyre In Mongolia there is a large number of free horses The welcome ceremony ant the entrance of the Bogd soum The Bogd Soum has 3500 inhabitants average life expectancy is 65 years about 80 children are born each year While about 20 30 persons die each year Bogd school counts 620 pupils of which 80 are residents in the boarding school The hospital has 18 beds and two doctors To provide energy to the hospital a hybrid system composed by a photovoltaic array and a wind charger was installed in 1998 The PV array is composed by 16 modules
5. A local technician has been trained on the use and maintenance of the SHS and has taken the task to look after the installations A small manual on the use and maintenance of the system has been written in two languages Mongolian and English and a copy has been given to each beneficiary This manual see attached is composed by four pages in which are explained the project how the plant is made how it normally works and a to do list for the disconnecting connecting when moving the Ger The elements of the two larger AC plants have been left in Ulaan Baatar to be installed in a second time in a school and in a medical centre in a village in the Arkhangay province central Mongolia INSTALLATION OF DC PLANTS ON GERS The installations in the Bayankhongor province took place from October 20 to 24 To perform those installations the personnel of the University of Torino worked together with the personnel of the Mongolian Academy of Sciences Two days were necessary to get there and another two to get back then taking into account the trip the mission left Ulaan Baatar on the 18 and came back on the 26 of October The participants to installations Standing left to right Tsegmid Battsetseg Yondonjamts Narandavaa Stefano Bechis Byambaa Gunchinsuren Lhundev sitting Yondonjamts Nyamdavaa Andrea Vilianis Damchii Gan Ochir Tua 225 a lt 2 2 i co d m
6. University of Torino Italy in partnership with the Mongolian Academy of Science MAS oH Project carried out in cooperation with the integrated development project of MAS CNR Consiglio Nazionale delle Ricerche Italy in the Bogd area Progetto realizzato grazie al finanziamento della P omote t EN REGIONE PIEMONTE roject financed by Piedmont Region Italy mu Spirito Europeo ERN USER S MANUAL What is t
7. 1233 m Haya hudag N45 13 48 1 E100953 02 7 Elev 1235 m Dalan turuu N45 03 41 4 E100931 43 1 Elev 1236 m 5 persons Head of family 41 wife 40 3 sons 15 13 10 3 persons family head 65 wife 72 grandson 16 8 persons family head 46 wife 40 6 sons 24 20 18 15 13 3 6 persons family head 36 wife 35 mother 69 3 sons 8 7 4 5 persons family head 71 wife 65 3 sons 43 22 21 5 persons family head 46 Driver electronic technician Retired former Herdsman Herdsman former tractor driver Herdsman ex tractor driver Herdsman wife 45 3 sons 16 14 12 6 persons Herdsman family head 47 wife 44 4 sons 22 18 15 13 5 persons Herdsman family head 62 4 sons 37 29 23 14 p family head 42 wife 37 4 sons 16 13 10 8 6 persons family head 34 wife 27 mother 69 sister 17 brother 18 sons 15 Times a year the Ger is relocated and distance 4 a year 10 km as an average 4 a year 15 20 km as an average 3 a year per 10 km as an average 2 a year per 10 km as an average 3 a year per 15 km as an average 3 a year per 30 40 km as an average 3 4 volte a year per 30 km as an average 5 6 a year per 20 km as an average 4 5 a year 30 km as an average PLACE AND GPS Number and age of occupation Displacement COORDINATES family components number and distance 11 Shar dov 4 persons Herdsman 4 a year 30 km N45 08 38 1 famil
8. FORESTALE E AMBIENTALE UNIVERSIT DEGLI STUDI DI TORINO ITALIA Primo intervento campione di installazione di impianti ad energia rinnovabile presso le unita abitative dei pastori mongoli First pilot installation of Renewable Energy plants at the homes of Mongolian shepherds This Photovoltaic system has been installed in the framework of the First pilot installation of Renewable Energy plants at the homes of Mongolian shepherds program financed by the Government of Regione Piemonte Italy This project has been carried out by the Dipartimento di Economia e Ingegneria Agraria Forestale e Ambientale DEIAFA Department of Agricultural Forest and Environmental Engineering and Economy University of Torino Italy in partnership with the Mongolian Academy of Science MAS Project carried
9. PV MODULE MAIN BOX Hb 2 12 120 Barraac HOW TO USE THE SYSTEM The PV pa
10. ON OFF switch with light on the right of the general switch The thermal protection against overloads black button near the general switch with RESET OVERLOAD writing The ground connection on the left of the alternate current socket with SAFETY GROUND writing i va E Fig 5 The inverters console with the connections and switches To operate the unit make the connections to the Energy Controller as described before then plug in the user points by means of the Shuko plug into the console socket and finally switch on the main inverter switch If a load is detected by the inverter the switch light turns on and 220V AC is supplied If no oad is detected the unit remains still When all the electrical loads are turned off this inverter automatically goes into stand by mode Afterwards when a load is turned on the inverter automatically changes status from stand by to ON This in order to save energy NOTE if high efficiency fluorescent lamps are used it is necessary in order to allow the working of the sensor of charge circuit in the inverter to set up in parallel with the lamp a resistance of 120 1W This is because a fluorescent lamp has not a continuous electrical path for current but current has to pass through a gas Such kind of electrical loads are not able to turn on the inverter as it only detectes a load when a continuous path for electricity is opened when the switch of a load is turned ON The continuous
11. path is represented by the resistance then when the lamp switch is turned ON current flows through the resistance anc the inverted detects the demand and automatically turns ON If no resistance is set in parallel with the bulb the sensor will not detect the load and the inverter will not turn ON and remain into stand by mode Fig 6 How to set up a resistance in parallel with a flourescent lamp The 120 IW resistance is connected to the same screws that hold the electrical wire To ensure a tight connection the terminals of the resistance the horizontal cylinder with coloured bands should be twisted around the wires before being introduced in the contacts If a generator set is available it should be connected to the MAIN AC INPUT of the ENERGY CONTROLLER This connection gives energy to the battery charger when the gen set is in operation POSSIBLE PROBLEMS AND SOLUTIONS All the internal protections of the unit are self recovering with the exception of the thermal protection against overloads If a thermal overload occurs the unit is disconnected by this protection and to make it work again it is necessary to push the thermal overload button RESET OVERLOAD on the consolle 1 IF THERE IS NO VOLTAGE ON THE AC LINE la verify by means of a tester that the voltage on the DC connections is at least 23 Volts 1b verify the status of the line by turning on more than one user point 1 turn off and on the inverter by means of t
12. rated 55 Wp each The eolic rotor diameter is 5 m Those materials have been installed in the framework of a Tacis program but local people say that the wind charger lasted only a short period and then broke down At the mission s time 2003 it was no longer in the village The PV array is placed on a manual one axis tracker that is not moved and is fixed facing Southwards The battery was in a bad state with salts coming out from the poles The post office has an autonomous PV system composed by 18 modules 50 Wp each General view of the Bogd soum Sa er u 0 rata Xl ml came p The beneficiaries of the project have been chosen by the local Authority The deliveries installation of the individual plants have been performed from three to six each day depending on the distance from the Bogd Soum of the single Ger to be electrified and on the state of the road The material delivered to each beneficiary was as follows 1 PV module 12V 110Wp 1 main box control with regulator general fuse and general switch 1 sealed battery 100 Ah 12V 3 high efficiency bulbs 15W 3 high efficiency bulbs 7W 2 polarized plugs 2 polarized sockets 15 metres indoor electric wire 2 5 mm area 7 metres external electric cable 2 5 mm area 2 light plastic cases for bulbs 2 switches accessories screwdrivers clasp insulating tape connectors spare fuses gt 3 J J3 DD DD DOO One of the benefici
13. Department of Agricultural Forestry and Environment Economic and Engineering University of Torino Italy First installation of renewable Energy based plants at the homes of Mongolian shepherds Place Mongolia FINAL REPORT Stefano Bechis TABLE OF CONTENTS ACTIVITY IN ITALY 3 OPERATIONS BEFORE DELIVERIES 4 INSTALLATION OF DC PLANTS ON GERS 6 PLAN OF DELIVERIES 12 DELIVERIES LIST 13 INSTALLATION OF THE AC PLANTS 15 REFERENCES 18 ANNEX 1 USER S MANUAL FOR THE DC PLANT FOR GERS ANNEX 2 USER S MANUAL FOR THE AC PLANT FOR THE SCHOOL AND THE MEDICAL CENTRE ACTIVITY IN ITALY The first steps of this project have been to get in touch with the CNR IRPI Institute National Research Council Institute for Hydro geological Protection in Padua that was already working in an area in southern Mongolia and with the Mongolian consulate in Trieste The Director of CNR IRPI is Prof Bruno Marcolongo who is in charge by the Italian Ministry of Foreign Affairs to coordinate and follow all Italian cooperation projects in Mongolia A meeting was held in Padua on February 12 2003 in which it was decided to ask the partnership to the Mongolian Academy of Science MAS and to work in the Bayankhongor province close to the Orog Nuur lake Orog where the IRPI had a joint cooperation project with the MAS The Mongolian Academy of Science accepted the partnership On May 13 2003 a second meeting was held in Padua with the re
14. aries leads the van Many times there was simply no road with the material in the direction of his and it was necessary to drive directly Ger showing the right place to ford the on the prairie stream During the installation the SHS composition and operation have been explained in detail together with the maintenance and the operations to be done to disassemble and reassemble it when displacing the Ger At the end of every installation a certificate of delivery has been signed in four copies one for the beneficiary one for the local Authority one for the Mongolian Academy of Science and one for the University of Torino PLAN OF DELIVERIES Disposition of the places where the installation have been performed Installation n 1 18 19 20 took place in the centre of Bogd Soum named Horiult DELIVERIES LIST Names of beneficiaries expressely omitted for privacy reasons PLACE AND GPS Number and age of occupation COORDINATES family components 1 Horiult N45 11 50 8 E100 46 37 7 Elev 1268 m Aman usnii muhar N4511 06 2 E100 50 49 2 Elev 1239 m Zuun gol N45 06 03 5 E100950 10 7 Elev 1234 m Tsutgalangiin eh N45 06 42 9 E100945 24 7 Elev 1228 m Undor dob N45 06 18 6 E100 45 25 0 Elev 1230 m Shavgiin haya N45 06 24 2 7E100 41 21 6 Elev 1219 m Aman Us N45 10 25 4 E100 51 47 8 Elev 1255 m Aman Us N45 10 12 8 E100951 51 4 Elev
15. he ON OFF switch 1d press the OVERLOAD RESET button to verify it is ok The thermal protection could have switched off because of a long overload on the 220C AC line It is necessary to wait at least 20 seconds and then press it again le disconnect the AC line from the AC socket on the inverter and insert a plug connected to an incandescent bulb at its place 1f disconnect the red input wire for some minutes re connect the wire and repeat the 1e operation 2 IF THE INVERTER NEVER GOES INTO STAND BY MODE 2a disconnect the plug from the AC output socket on the inverter console 2b if the inverter goes into stand by mode the red light into the switch turns off it is necessary to verify the user points line as there is a load which is always ON or an electricity leakage on the line It is advisable to disconnect one user point at a time and to leave it disconnected up to the complete verification of the plant 2c if the inverter does not go to stand by mode then disconnect the red input wire for some minutes re connect the wire and verify again 3 IF THE INVERTER TURNS ON AND THEN TURNS OFF 3a disconnect the plug from the AC OUTPUT socket 3b if the inverter goes stand by the red light into the switch turns off it is necessary to verify the user points plant as in point 2b 3c if the problem still exists disconnect the red input wire for some minutes re connect the wire and verify if the problem is solved Other parts s
16. he user points are to be connected to the inverter by means of the Shuko plug Fig 2 The four supplied batteries correctly connected How to operate the system This system can be used alone or coupled with a generator set The generator set should be turned on when batteries are discharged because of a sequence of cloudy days or because of very intensive use When the generator set is operating the battery charger of the unit sends current to the batteries until they are fully charged Fig 3 correct configuration when the unit is coupled to a generator that is OFF GENERATOR OFF SET ENERGY CONTROLLER No current from the gen set to the energy controller Th int d e user points are plugge MN 2 to inverter and energy comes Energy INVERTER from the PV system comes in from PV modules and or batteries When operating the generator set the plug into the inverter s socket should be UNPLUGGED AND CONNECTED DIRECTLY TO THE GENERATOR SET This to better use the current provided by the generator set Please note that if this is not done and the energy is given to user points while charging batteries with the generator set the charge of batteries will take more time and fuel and be not efficient In case for example the user points ask for 16 Amps the batteries will never charge because all the current given by the battery charger will be delivered to the user points without any chance to charge the batte
17. his system The PROMEC system provides 220V AC electric energy using sun as source by means of photovoltaic modules Together with the plant to produce energy the 220V AC line and some user points are supplied The system to produce AC electricity is composed by n 6 PV modules 12V 90Wp n 1 energy controller n 1 24V DC 220V AC 1500 VA inverter n 4 tubular batteries 157 Ah 12V The energy controller contains a battery charger 16 A 28 V PV modules control switches and fuses Together with the system come some spare parts as fuses and so on Fig 1 General layout of the system PV MODULES ENERGY CONTROLLER Line to Line to AC supply ga generator set poin INVERTER d ET BATTERIES a x How to make connections WARNING WHEN MAKING CONNECTIONS TAKE SPECIAL CARE OF POLARITY AN INVERSION OF POLARITY WILL CAUSE VERY SERIOUS DAMAGE TO THE INVERTER The batteries are to be connected first in series in groups of two and then in parallel to the system in order to obtain 24V DC see Fig 2 The PV modules are to be connected in series in groups of two and then in parallel to the system in order to obtain 24 V DC The inverter is to be connected to the energy controller by means of the specific connections DO CONNECT TO THE INVERTER FIRST THE NEGATIVE BLACK POLE AND THEN THE POSITIVE ONE RED While doing connections the general inverter switch must be turned OFF T
18. me twenty light transparent plastic cases were prepared with 15W fluorescent bulbs and another twenty equipped with 7W fluorescent bulbs The main boxes have been prepared with three cables coming out from them one for the connection with the PV module ending in a 10A plug a second for the connection with the battery ending in a 16A plug and a third going directly to the user points As the nomads move four times a year as an average they have to disconnect the system from its parts to allow transport The choice of different plugin sockets for coupling the system to the battery and the PV module is to avoid mistakes when re connecting the parts after moving Sockets and plugs with the central ground contact have been used The ground has been used for the positive not to reverse polarity Sockets have been connected to PV module and to the battery not to have exposed part with a voltage Pre assembly of parts was finished in Bayankhongor province where the cables and the 7W bulbs were prepared Pre assembly of parts allowed simpler operations at nomad s houses leaving more time for explainations on the system to the beneficiaries As a whole the scheme of the plant is as follows d Light plastic um Light plastic PV module case with 15W case with 7W fluorescent fluorescent bulb bulb Main box with charge regulator switch fuse and general switch switch E Thae Polarised socket Polarised socket 12V 100 Ah Battery
19. n a cart in any case DO NOT put other objects on the PV module 9 TRANSPORT the system avoiding excessive vibrations and shocks 10 after transportation put the elements in their place 11 the box 12 extract FUSE 13 connect the PV module plug 14 connect the BATTERY plug 15 connect the user points lights etc 16 reinsert the FUSE 17 turn the general switch ON 18 close the box OFF 10
20. nel should be oriented towards the sun South and not covered by shadows or objects The PV panel surface should be periodically washed with water very carefully not to scratch it The state of charge of the battery b indicated on the regulator UP Max Mid Min green lights Low red light The use of the Regulator is indicated by the light On the Battery by the light Battery The light End Charge indicates that the battery is full and the light Power Off that it is empty and has been disconnected In case the light Power Off is lit there i no energy available The only thing to do in this case is to wait until the PV module has recharged the battery Use the GENERAL SWITCH into the MAIN BOX only for maintenance or when replacing the FUSE or when moving The plugs must be pulled on their surface NEVER PULL THE WIRES The bulbs provided are high efficiency ones They are specific for 12V DC systems like this Use only this kind of bulbs Using other types of bulbs can seriously DAMAGE the system All the components except the PV module suffer from cold dust and humidity Avoid such exposition KEEP THE COMPONENTS AWAY FROM SOURCES OF HEAT LIKE THE STOVE OR THE CHIMNEY ETC The acid in the battery is dangerous and burns the skin by contact If the battery breaks and loses the liquid DO NOT TOUCH IT Do not sit on the battery Do not sleep close to It
21. o DEIAFA E100 46 30 7 wife 45 Elev 1299 m 2 sons 20 12 INSTALLATION OF THE AC PLANTS During the last five days in Ulaan Baatar the two AC plants were prepared for set up and informations for installation were provided to the MAS personnel to perform this installation in a second time possibly during a later visit During one and a half day has been showed to the MAS personnel how to connect the various components in a practical way Special care has been put in explaining how to avoid possible incidents short circuits and so on The installation responsibility was assigned to a Mongolian private company specialized in renewable energies called Monmar In the last two days the English manual for 220 V AC plants was written and printed see ANNEX 2 The installations took place during Springtime 2004 in the school and hospital of Murun Bag part of the Tariat soum in Arkanghay province Localisation on the Map of the Tariat Soum close to which is the Murun Bag where the AC plants were installed aub Va LA A gt M N 14 2 6 27 l 4 toe 224 remm 9 a ot lt Le p ERST Un vayhter AUS 2 HANGAT E Cirio Tw MG puros Y a ff i A sient Whos ns Berbaya Tals Errabal 0 Sveglia M on i 36 Mongolia wa The delivered material for each plant was as follows 6 PV modules 12V 90Wp 1 regula
22. out in cooperation with the integrated development project of MAS CNR Consiglio Nazionale delle Ricerche Italy in the Bogd area Progetto realizzato grazie al finanziamento della Regione Piemonte EN REGIONE PIEMONTE Project financed by Piedmont Region Italy DIN Spi ito Eur ESE DESCRIPTION OF THE PLANT This PV system provides electricity thanks to solar energy The PV module captures the solar radiation and converts it into electricity The REGULATOR into the main box receives this energy as electric current and sends it to the BATTERY where it is stored The REGULATOR sends also the energy to the USER POINTS when they are ON This system is provided with high efficiency ELECTRIC BULBS of different power Other 12V DC USER POINTS such as radio black and white TV set etc can be added to the system In any case the energy required should not exceed 120 W power In case of energy demand in excess the FUSE will break to protect the system Together with the elements of the system comes a set of spare parts composed by FUSES and BULBS
23. presentatives of the Mongolian Academy of Sciences and it was then decided to work in the territory of the Bogd Soum village a small centre South of the town of Bayankhongor The area is located in the centre of a large plain in the middle of the Khangay and Gobi Altayn mountain chains The MAS representatives assumed the task to contact the local authorities to obtain indications of possible local technicians and a list of beneficiaries After this meeting it was decided to proceed to install n 20 DC SHS Solar Home Systems with a module rated 110 Wp each on Gers ger is the name of the traditional Mongolian tent and n 2 AC systems one for a school and one for a hospital each equipped with a 540 Wp PV array The materials have been purchased from Italian enterprises and sent to Mongolia in a container Total mass was about 1800 kilograms Transport took about 50 days from August 12 to October 3 On October 13 2003 a mission left Italy for Mongolia for the installation of the systems OPERATIONS BEFORE DELIVERIES The first week in Mongolia was used for recovering the material from the customs pre assembly some parts of the plants and to prepare the delivery certificates and manuals During pre assembly the main boxes of the 20 SHS DC systems were prepared with charge regulators relays switches fuse cables and plugs Pre assembling of elements at the Mongolian Academy of Sciences in Ulaan Baatar In a second ti
24. ries On the contrary if the plugs are correctly set during the charge by the generator set the latter will provide energy to the user points and 16 Amps to the battery charger at the same time Fig 4 Correct configuration when the unit is coupled to a generator that is ON The generator set supplies energy both to batteries through the battery charger in the energy controller and to the user points The inverter is disconnected from the user points GENERATOR SET din ENERGY CONTROLLER Ti cu Current flows from the gen set to the energy controller The user points are plugged MSN P dd directly to the generator set Energy goes to the batteries Current goes to the user points coming from the generator set INVERTER About the inverter The DAFNE 1524 inverter converts 24V DC electric current into 220V AC at 50 Hz The maximum power is 1500 VA Peak power of 3500 VA can be supplied for a short period 5 seconds in order to start electric engines This supply of DC current must range between 19 and 32V The unit must be located in a dry and aerated environment Its position must be vertical It can be hung on a wall or left on the ground All electrical connections and operations are performed on the upper console where there are see photo DC connections in the upper part RED and BLACK 24 V DC INPUT Alternate current socket Shuko type in the centre of the console General
25. tor 1 24V DC 220V 1500 VA inverter 4 tubular batters 157 Ah 12V 35 high efficiency bulbs 10 plugs n 10 sockets 100 m electrical cable area 1 5 mm for indoor use 150 m electrical cable area 2 5 mm for outdoor use 30 m electrical cable area 4 0 mm for outdoor use n 30 bulb plastic case n 30 junction boxes accessories p I During the month of July 2004 a monitoring mission went to the Tariat soum to control the work done in the previous months and the plants were found correctly installed and working The personnel of the hospital and the school were completely satisfied The PV array at the hospital of the Murun Bag u One of the rooms inside the hospital with bulbs and switches provided by the project Lei Group photo outside the school at the Murun Bag The regulator inverter and batteries inside the school giving electricity to a VHS and TV for teaching activity REFERENCES Stefano Bechis Dipartimento di Economia e Ingegneria Agraria Forestale e Ambientale Sezione di Meccanica Universita di Torino via Leonardo da Vinci 44 10095 Grugliasco TO Italia tel 39 011 6708589 fax 39 011 6708591 email stefano bechis unito it This project has been realized with the financial aid of Regione Piemonte Torino Italy E s REGIONE E ANNEX 1 USER S MANUAL FOR THE DC PLANT DIPARTIMENTO Di ECONOMIA E INGEGNERIA AGRARIA
26. upplied In the framework of this project together with the plant to produce energy the 220V AC line and some user points are supplied Here is the list of the components supplied n 35 high efficiency lights n 10 plugs n 10 sockets 100 meters 1 5mm internal wire 150 meters 2 5mm internal wire 30 meters 2 4 0mm external wire various accessories derivation boxes etc A i PIROMIEG EB ELETTRONICA SRL 10015 IVREA To Corso Vercelli 117 Tel 0125 251601 251614 Fax 0125 251165 E mail info promecelettronica it PHOTOVOLTAIC ENERGY CONTROLLER FOR MONGOLIA PROJECT OUTSIDE INPUT FROM PHOTOVOLTAIC TO BATTERY MAIN AC INPUT OUTPUT TO INVERTER 3 EB ELETTRONICA SRL 10015 IVREA To Corso Vercelli 117 Tel 0125 251601 251614 Fax 0125 251165 E mail info promecelettronica it INSIDE BATTERY CHARGER MAIN AC INPUT PHOTOVOLTAIC SWITCH REGULATOR TO MAIN AC 55 Lo N amp BATTERY INPUT Se lO OUTPUT SAFETY GROUND TO INVERTER INPUT FROM PHOTOVOLTAIC INVERTER FUSE PHOTOVOLTAIC FUSE
27. y head 65 100 30 07 1 3 sons 33 26 18 Elev 1231 m 12 Zuun goliinadag 4 persons Herdsman 2 times a year 5 km N45 06 39 7 family head 26 E100952 14 6 wife 26 Elev 1218 m 2 sons one 3 y o the other only 1 month 13 Zuun gol 5 persons Herdsman 4 a year 30 km N45 06 13 9 family head 40 E100951 13 4 wife 35 Elev 1221 m 3 sons 15 12 7 14 Dund gol 3 persons Herdsman 7 a year 40 km N45 06 18 2 family head 65 E100949 49 6 wife 57 Elev 1228 m sons 26 15 Aman goliin Ungon 5 persons Herdsman 5 a year 70 km shirge family head 38 N45 17 06 6 wife 37 E100943 24 7 3 sons 14 11 8 Elev 1213 m Zuun tatuur 5 persons Herdsman 3 times 5 km N45 19 21 2 family head 64 E100941 42 2 wife 54 Elev 1335 m 3 sons 24 22 15 Hanhiltiin am 5 persons Herdsman 5 6 times a year 20 N45914 42 1 family head 30 km E100945 47 9 wife 29 Elev 1289 m 3 sons 11 6 3 Horiult 4 persons Head of the N45911 52 5 family head 51 local authority Horiult 4 persons Head of the N45911 52 5 family head 54 local hospital E100946 25 0 wife 48 Elev 1275 m 2 sons 22 17 Horiult 5 persons Herdsman At least 2 a year N45911 57 3 family head 50 about 20 km E100946 14 5 wife 48 Elev 1282 m sons 22 18 14 During the stay in Bogd two meetings with the local Authority and the village doctor have been organised to discuss monitoring of plants and reports to the MAS and then t
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