Das Projekt "PV power supply for remote village 'rambla del banco'" wird vom Umweltbundesamt gefördert und von SET Selected Electronic Technologies GmbH durchgeführt. Objective: Test of new pv components and system technology. Electrification (lights, cooling, TV) of remote mountain village, that had no electricity before. Provide extra power for production and finishing industry. General Information: A central pv system with some innovative ideas: electronic power management (reduces inverter peak power), controller for outdoor lighting, special fluorescent lamps, lightning protection. AC and DC power available in the houses: AC during the day for refrigerators (with cold storage for the night), washing machines, kitchen appliances and for charging the decentralized batteries. DC during night for lights and television. Some modular street lamps, type SELSET 18W. Nr. of subsystems: 2 (one cristalline AEG, one amorphous Chronar France) Power of subsystems: 9.8 + 2 kWp Total power: 11,8 kWp Backup: none Number of modules: AEG:196. CHRONAR:184 Module description: AEG: PQ 10/40 HD50, 50 Wp. CHRONAR: CSB 13, 11Wp. Connection: AEG: four in series, 49 parallel CHRONAR: four in series, 46 parallel. Support: On racks Max power tracker: none Charge controller: Type CDC 48-7-35 and CDC 106 Battery: central storage: distributed storage Batt. (V): 48: 12 Capacity (Ah): 1200: 150 each Inverter: MARATHON (LS), type WRM 48/48 Inv. in (V): 48 Inv. out(V): 220, single phase, square wave Inv. power (kW): 4,8 (with overload tolerance: 20 kW for 10 sec., 10 kW for 5 min., etc.) Load description: DC loads: lamps (150 units, type TWL18 or HAL10) and TV sets. AC loads: Through a load management system (LSE); Refrigerators, washing machines, kitchen appliances, some milking machines. Monitoring: SET data logger 'DAMOS': irradiances, temperatures, input + output currents, tensions, wind speed and direction. Achievements: The system started operation in October 1990. Load management (through the LMS system) is not yet necessary because of low consumption. The abundance of energy continues even after year because people are moving away from the village and the remaining ones have no money to buy ac-appliances. The central battery had to be replaced in 1992 (by Bosch, successor of FEMSA). The cost per unit of energy is calculated to be 3.5 Ecu/kWh for the demonstration project and 2.3 Ecu/kWh for a replication.