Log in | My Account | ![]()
Cart: 0 items
|
Our Code: SMASB2500SBD |
SMA
ApplicationThe Sunny Boy inverter family convinces with a real efficiency of more than 93 %.The advantages of the string technology such as connection of the modules in series, missing diode arrays, minimized mismatching losses and so on - even increase the PV system efficiency by another 1 to 3 % compared with other PV systems. The Sunny Boy Family provides the best available system efficiency.
The Sunny Boy inverters are equipped with thermally monitored varistors on the DC side –a male function of these is indicated with a LED and can be supervised with a remote monitoring system.
Personnel safety and hardware reliability are major issues of the products developed by SMA. The Sunny Boy Family safety strategy includes electric separation, isolation monitoring, surge voltage protection and of course the CE declaration. A MSD (Mains monitoring with allocated Switching Devices, German: ENS) in accordance with VDE 0126 is naturally a standard feature of the Sunny Boy inverters.
The new module oriented design, the perfect sinewave shaped output current, dual processor technology and an integrated one-phase sensitive grid monitoring according to the VDEW regulations define new standards resulting in a new era of supplementary grid feeding with PV-plants.
Highest reliability and a lifetime of over 20 years were major aspects taken into account during the design of he Sunny Boy string inverters.
The power electronics and the heatsinks of the Sunny Boys are well dimensioned in order to allow he Sunny Boy to operate continuously even in surroundings with high ambient temperatures. This means: You can rely on the Sunny Boy string inverter.
The Sunny Boy String inverters each process the power from 6 to 24 modules, depending on the inverter type. This leaves you enough freedom for the individual design of your PV-plant.
Simple InstallationThe modules are switched to a string and then connected to the Sunny Boy. DC distribution cases and connection boxes are no longer necessary any more resulting in drastically reduced installation costs.
The Sunny Boy string inverter can be connected to any available part of the AC distribution system of the house, e.g. in an attic or a similar room.
The stainless steel case with protection class IP65 and the wide temperature range allow the Sunny Boy to be mounted nearly anywhere. The Sunny Boy can be installed directly on the rack of the PV-modules, on the roof or on the wall of your house A worldwide usage of the inverter is therefore possible.
![]() |
|
|
Of course you can communicate with your Sunny Boy. Measurement values and messages are transmitted to a PC on the existing powerline with a socket modem. The Windows based program Sunny Data visualizes he system performance and controls the inverters. You are continuously informed about the situation of your PV-plan .
The Sunny Boy system technology allows a most reasonably priced plant with simple installation and optimal efficiency.
SMA has always been a pioneer in developing and producing inverters for photovoltaic applications. More than 30 MW of total installed inverter power from SMA have defined standards in this technology. This experience was the basis for he development of the Sunny Boy string inverter.
The power section of the Sunny Boy features a simple and robust design with highest efficiency and continuous reliability. The DC voltage from the PV modules is processed by a MOSFET bridge switched with 16 kHz and is passed on o an AC circuit. This voltage is then directly fed to the AC grid with a transformer.
Digital SCS The control of he current fed to the grid is managed by a one-chip computer which guarantees an perfect sinewave shape current and a minimized harmonic distortion. The sequential control system ensures an automatic operation without losses in standby mode.
The large heatsink ensures a continuous operation with nominal power even in surroundings with high ambient temperatures.
The monitoring and the sequential control system are enhanced by the possibility to send and receive data and commands to and from a central monitoring device. This feature allows the Sunny Boy to be a standalone device or single components of large PV-plants.


| Input Values (240V) | ||
| Recommended max PV Power | PPV | 2800 to 3000 Wp STC* |
| Max DC Power | PDC, max | 2500 Wp PTC** |
| Max DC Voltage | VDC, max | 600 Vdc |
| PV Voltage range, MPP | VPV | 250V to 550V |
| Max input current | IPV, max | 10.5 A |
| DC Voltage ripple | VPP | < 10% |
| DC Disconnectors | Optional external DC Disconnect/Breaker | |
| Pole confusion protection | Short Circuit diode | |
| Ground fault protection | IDif | > 1000 mA |
| Input Values (208V) | ||
| Recommended max PV Power | PPV | 2300 to 2500 Wp STC* |
| Max DC Power | PDC, max | 2100 Wp PTC** |
| Max DC Voltage | VDC, max | 600 Vdc |
| PV Voltage range, MPP | VPV | 225V to 550V |
| Max input current | IPV, max | 10.5 A |
| DC Voltage ripple | VPP | < 10% |
| DC Disconnectors | Optional external DC Disconnect/Breaker | |
| Pole confusion protection | Short Circuit diode | |
| Ground fault protection | IDif | > 1000 mA |
| Output Values (240V) | ||
| Max AC Power | PAC | 2500 W |
| Nominal AC Power | PAC | 2200 W |
| Total Harmonic Distortion | THDIAC | < 4% (With KVgrid < 2% and PAC > 0.5 PACnom) |
| Operating Range, Grid Voltage | VAC | 211 V to 264 V |
| Operating Range, Grid Frequency | fAC | 59.3 Hz - 60.5 Hz |
| Phase Shift (Ref. Fundamental) | cos(phi) | 0° |
| Output Values (208V) | ||
| Max AC Power | PAC | 2100 W |
| Nominal AC Power | PAC | 1850 W |
| Total Harmonic Distortion | THDIAC | < 4% (With KVgrid < 2% and PAC > 0.5 PACnom) |
| Operating Range, Grid Voltage | VAC | 183 V to 229 V |
| Operating Range, Grid Frequency | fAC | 59.3 Hz - 60.5 Hz |
| Phase Shift (Ref. Fundamental) | cos(phi) | 0° |
| Output Protection | ||
| Islanding Protection | VAC; fAC in accordance with UL 1741 | |
| Ground Fault Protection | IDIF; In accordance with UL 1741 | |
| AC Disconnect | External AC Breaker | |
| Short Circuit Protection | Current Controlled | |
| Overvoltage Classification | III | |
| Testing voltage (50 Hz) | 2.88 kV (1s) | |
| Testing voltage for surge | 4 kV (serial interface 6 kV) (1.2/50 us) |
| Efficiency | ||
| Peak Efficiency | 94.10 % (Rebate Efficiency) | |
| Euro - ETA Efficiency | 93.20 % (Nominal Efficiency) |
| Power Consumption | ||
| Internal consumption in operation | < 7 W | |
| Internal consumption at night | 0.25 W |
| American Standards | ||
| Hardware Safety | UL 1741 | |
| Firmware Safely | UL 1998 | |
| Power Quality | IEEE 519 | |
| Anti-Islanding | IEEE 929 | |
| Surge Testing | ANSI C62.41, C1 & C3 | |
| Electro-Magnetic Interference | FCC Part 15 A & B |
| European Standards | ||
| EMC | EN 50081,T.1 & EN 50082,T.1 | |
| Grid Interference | EN 61000-3-2 | |
| Grid Monitoring | DIN VDE 126 | |
| Low-Voltage regulation | EN 50178 | |
| CE Conformity | EN 60146, Teil 1-1 |
| Size and Weight | ||
| Width | 434 mm | |
| Height | 295 mm | |
| Depth | 214 mm | |
| Weight | ca. 30 kg |
| Enclosure Ratings | ||
| DIN EN 60529 | IP 65 | |
| NEMA Rating | NEMA 4X |
| Ambient Conditions | ||
| Ambient Temperature Range | -13ºF to +140ºF or -25ºC to +60ºC | |
| Relative Humidity Level | 0 to 100% |
Cautions
Because of danger to life and property that improper installation of these systems can cause, you
must have your system and its components selected, designed and installed by an appropriately certified electrician. Please
note, having the system installed without a licensed electrician will also void the warranty.
The California Energy Commission’s Emerging Renewables Buy-Down Program offers cash rebates on eligible renewable energy electric-generating systems. You can get a rebate of up to $3,000 per kilowatt, or 50 percent off your system purchase price (whichever is less), making it more affordable to generate your own electricity using renewable energy. All types of electricity customers are eligible: residential, commercial, agricultural and industrial. Program participants can buy their electricity from any electric service provider, but their proposed site for the renewable energy system must be within the electric utility service area of: Pacific Gas and Electric, San Diego Gas & Electric, Southern California Edison, or Bear Valley Electric Company. The participant must also remain connected to the utility grid. For more information on the California Emerging Renewables Buy-Down Program, check the CEC’s web site at http://www.energy.ca.gov/greengrid/index.html, or call toll free at (800) 555-7794 (in California) or (916) 654-4058 (outside California).
California isn't the only state to provide incentives for people to purchase grid intertie systems or renewable energy systems period. To see a complete list of all the incentives that each state provides see the University of North Carolina's website: http://www-solar.mck.ncsu.edu/dsire.htm . Don't forget to bookmark this page so you can come back to see this kit.
Congratulations to Rob C on being our Feb 2010 Renewable Rewards Monthly Drawing winner!
AltE launches the community driven Kill A Watt Database!
AltE is making renewable energy educational videos free to the public!
AltE® University has been awarded Institute for Sustainable Power (ISP) Training Program accreditation, by the Interstate Renewable Energy Council (IREC) for its Photovoltaic Design and Installation and Solar Thermal Design and Installation courses offered in the Hudson, MA headquarters.
Hudson, Massachusetts based The Alternative Energy Store is reinventing itself. Launching a re-branding campaign on August 5, 2008, the Alternative Energy Store, found on the web at http://www.altEstore.com will now be AltE... (more)
Alternative Energy Store was named one of America's fastest growing companies by Inc. magazine...
Check out one of the Alt-E founders on CNNfn. ( rm | mov | wmv )
more »