AMC 30% 40% 10% 20% Electric power(kw) kw 25,44. Rotation speed (rpm) rpm 40,00. Got the Cochlea to reach the maximum availability of water

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1 AMC AIRMEC offers a type of cochlea turbine (AMC) in a partnership (called AIREN) with other companies production with a solid experience. The AMC-25 is a turbine able to deliver 25 kwe designed for location with medium to low flow (<1mc) and low jumps meager (<5m). The system represents has low impact of civil works and guarantees the respect of the environment: small deposits can pass through the system ensuring the maintenance of the sedimentary structure of the stream the plant, unlike the other turbines, is non-pressurized and has a low rotation speed, this translates into a better guarantee for the safety of the fish fauna if they should come into contact with the implant

2 AMC Electric power(kw) kw 25,44 Rotation speed (rpm) rpm 40,00 Got the Cochlea to reach the maximum availability of water m3/sec 0,84 Electrical efficiency adim 0,70 Skip available m 4,40 Theoretical power kw 36,35 De (Tube) m 1,50 Di (Tube) m 0,45 L (Tube) mm 7675 Angle with the horizontal degrees 35,00 30% 40% 10% 20%

3 AVT The micro-turbine AVT is extremely advantageous in terms of cost per kw and for the operation without interruption even at very low wind regimes. The target markets of AVT are: Small and Medium Enterprises (SMEs), farms, beaches and tourist ports, residential homes and condominiums, hotels; signal repeaters, municipalities and other local authorities, state and municipal enterprises, service stations; wind-farm; applications island; energy recovery ventilation ducts AVT is particularly recommended for the embankment and the floors. The special AVT equipment allows the ordinary maintenance without the use of scaffolding or cranes.

4 AVT Data U.M. AVT010 AVT 060 AVT 180 AVT 300 AVT 600 Nominal power (Max) kw Rotor Diameter (D) m 3,0 6,4 13,0 15,2 20,0 Rotor height (H) m 2,2 4,5 6,48 10,5 14 Swept area (DxH) mq Maximum rotor speed rpm number of turbine blades Cut-in m/s Cut-in power W 8,1 35,4 103,5 196,5 343,9 Cut-out n.p. n.p. n.p. n.p. n.p. Maximum output power of the wind m/s Cooling system alternator vento vento vento vento vento Maximum output current from the alternator V AC Duty cycle minimum per year % Maximum noise level db Weight turbine Kg Total weight (N) Kg Horizontal force of the wind 14 m/s (T) Kg Horizontal force of the wind100 Km/h (T) Kg DELTA (T) 0,33 0,33 0,33 0,33 0,33 Frequency (F1) Hz ,5 Arm (H1) m 1,3 2,65 3,64 5,65 7,8 Nominal axial moment Mr1 Kgm Maximum axial moment Mr2 Kgm DELTA (Mr1) 0,25 0,25 0,25 0,25 0,25 Frequency (F2) Hz Recommended height pole(p) m Weight Pole Kg Foundation side (L)* m 1,9 3 4,2 5 7 Foundation height (h)* m 0,9 1,1 1,5 1,7 2 Safety Coefficient* 1,10 1,11 1,21 1,03 1,29 Maximum voltage CC Volt Maximum current A N.Of Maintenance brake / emergency discs n.p Monitoring system for wind n.p. n.p. n.p. n.p. n.p. System of pole orientation n.p. n.p. n.p. n.p. n.p. Safety exit system n.p. n.p. n.p. n.p. n.p. Ordinary maintenance n.p. n.p. n.p. n.p. n.p. Rpm multiplier 2,4 3,8 3,8 5 5 Control system of the turbine n.p. n.p. n.p. n.p. n.p. ANEMOMETER TURBINE GENERATOR POLE BASE

5 AVT Type AVT010 AVT060 AVT180 AVT300 AVT600 ANEMOMETER Nominal Power kw Price (1) 4.858, , , , ,00 TURBINE /kw /kw Turnkey price(2) 6.200, , , , ,00 /kw turnkey /kw Turbine radius R m 1,5 3,0 4,8 7,1 10,0 Turbine height H m 2,2 4,5 9,0 10,5 14,0 Swept area A mq 6,6 27,0 87,0 150,0 280,0 Horizontal load (Nom.) T Kg Horizontal load(28m/s) T(max) Kg Vertical load N Kg Twisting moment Mt Kgm Maximum power P(max) W Nominal rotation speed n rpm n.of max rpm n(max) rpm GENERATOR POLE BASE

6 AVT POWER CURVE (W VS M/S) POWER CURVE (W VS M/S) Number of turbine revolutions based on Your wind speed (M/S) NUMBER OF TURBINE REVOLUTIONS BASED ON YOUR WIND SPEED (M/S)

7 AHT50 The mini wind generator AHT is extremely advantageous in terms of cost per kw and for its efficiency in energy production thanks to the system of control and management of the pitch of the blades according to the intensity of the wind. The carrycot protects the electrical and mechanical apparatus by atmospheric phenomena and particular technical solutions reduce noise during operation. The carrycot is situated on a fifth wheel designed to rotate 360 horizontally, allowing the rotor to align with the direction of the wind. The yaw rate is electro-mechanical, the height of the tower is variable and depends also on the characteristics of wind site. The proposed standard heights are 24 to 36 meters. CONTROLS STAGES Installation stages Setup completed

8 AHT50 AHT50 POWER CURVE (W VS M/S)