Inverter SMA Sunny Tripower 60

The new system Sunny Tripower 60 is a component of an innovative, global system solutions for commercial and industrial photovoltaic systems. This solution combines the advantages of a decentralized scheme
installation and central inverter concept that allows you to combine the best of both industries. High efficiency, installation deployment flexibility, simplicity of installation and commissioning, as well as inexpensive maintenance can significantly reduce the costs of operating

comprehensive system The new SMA system consists of four components: a. High-inverters, flexible in use
distribution blocks, central SMA Inverter Manager and commissioning program LCS Tool. That
This system makes installation strategy Sunny Tripower 60 unique and guarantees high performance
with consistent maximum flexibility in the design and deployment of the installation.
inverters Sunny Tripower 60 with an impressive design components
This can not offer any other inverter weight of only 75 kg and with a power of 60 kW: thanks to its compact body
Sunny Tripower 60 takes up little space, reduces the number of necessary preparatory work
at the point of use, simplifying installation and reducing the . An amount of maintenance
Innovative management settings using SMA Inverter Manager
SMA Inverter Manager is the central communication component and a single interface for the entire system
installation management: it executes all the main inverter control functions and installing and serves
to inverters 42 in one system (to 2.5 mW).
using Modbus TCP (SunSpec Alliance) communication it is easily integrated into the superior system
connection with installation. Among other things, SMA Inverter Manager ensures the provision of network management functions and network exchange
user data.
Easy commissioning via LCS Tool
Specially designed LCS Tool (Local Commissioning and Service Tool) simplifies the input in operation, saving
time and reduces costs. To configure inverters she needs simply select the specific configuration
installation files and then send them to all inverter. In addition, the state of reading, current values ​​and
events at the level of the inverter greatly simplifies discovering and eliminating errors.
External distribution units to provide flexibility in the design installation
To connect the modular flow with inverters are used outside of the box generator terminals *.
Thanks to this system can be very flexibly adjust according to different regional standards and design
generator. This new system makes a decisive contribution to the reduction of system costs.
Specifications Sunny Tripower 60
Input (post. Current)
Max. generator power 90,000 watts peak
Rated power (DC) 61240 W
Max. input voltage of 1000 V
voltage range MPP (at 400 V AC. DC / at 480 V AC. DC) 570-800 V / 685-800 In
Min. input voltage (at 400 V AC. DC / at 480 V AC. DC) 565 V / 680 V
initial input voltage (at 400 V AC. DC / at 480 V AC. DC) 600 V / 720 V < br /> Max. input current / max. short-circuit current of 110 A / 150 A
number of independent inputs MPP / flows to one input of MPP 1/1 (division by the generator terminal boxes)
Calculated DC input voltage (at 400 V AC. DC / at 480 V AC. DC) 630 V / 710
Yield (lane. current)
rated power at the rated voltage of 60,000 watts
Max. apparent AC power 60,000 VA
Max. reactive power Var
60000 Rated voltage AC 3 / PE, 400 V-480 V, ± 10%
AC voltage range 360 ​​V-530
network frequency AC / 50 Hz range / 44 Hz-55 Hz
60 Hz / 54 Hz-65 Hz
nominal mains frequency / nominal mains voltage of 50 Hz / 400 V
Max. output current (at 400 V AC. DC / at 480 V AC. DC) / nominal output current is 87 A / 72 A / 87 A
power factor at rated power / shear coefficient adjustment from 0 to 1/0 overexcited underexcited
THD? 1%
Phase voltage / phase connections 3/3
efficiency
Max. Efficiency / Euro-eta / CEC at 400 VAC. current / CEC at 480 VAC. current 98,8% / 98,3% / 98,0% / 98,5%

The protective device Disconnector from the input side?
Earth-fault monitoring / network monitoring? /?
Inline surge overvoltage in the DC / AC type II / type II + III (combined)
Resistance to short circuit the AC / isolation? / -
control device leakage current in AC and DC circuits
protection class (according to IEC 62109-1) / overvoltage category (according to IEC 62109-1) I / lane?. current: III; fast. current: II
General
dimensions (W / H / D) 570/740/300 mm (22.4 / 29.1 / 11.8 inches)
Weight 75 kg (165 , 3 pounds)
Operational temperature range from? 25 ° C to +60 ° C (from? 13 ° F to +140 ° F)
generated noise, a typical 58 dB (A)
Power consumption (at night) <3W
Topology / cooling method transformerless / active
degree of protection (according to IEC 60529 / UL 50E) IP65 / NEMA 3R
climatic class (according to IEC 60721-3- 4) 4K4H / 4Z4 / 4B2 / 4S3 / 4M2 / 4C2
The maximum permissible relative humidity (non-condensing) 95%
Equipment / function / accessories
Connecting post. DC / AC connection. DC Screw terminal / screw terminal Display Graphic

Communication Interface SunSpec Modbus TCP (via an external SMA Inverter Manager)
Compatible with Off-Grid / PV-Diesel - /
Warranty: 5/10/15/20 years? / 0/0/0
Certificates and approvals (additional - on request)
* it does not apply to all national application of EN 50438
** Limited (note the manufacturer's certificate)
ANRE 30, AS 4777, BDEW 2008, C10 / 11: 2012 **, CEI 0-16, DEWA 2015,
EN 50438 *, G59 / 3, IEC 60068-2-x, IEC 61727, IEC 62109-1 / 2,
IEC 62116, LEY N? 20751, NBR16149, NEN EN 50438, NRS 097-2-1,
PEA 2015, R.D.661 / 2007, Res. n ° 7: 2013, SI4777, TORD4 **,
UTE C15-712-1, VDE 0126-1-1, VDE-AR-N 4105 **, VFR 2014
type designation STP 60- 10