The PV Edge Inverter range is only available to repair or as a like for like replacement.
The Latronics PV Edge 1200 and 2500 Series Inverters utilises a versatile panel setup known as parallel string configuration.
This design operates at a lower, safer voltage from the PV array, while having the advantages of reliability, flexibility and improved energy yield. We call it the PV Edge Low Voltage Advantage. Using lower voltages on the PV side means there are lower voltages in your roof eliminating high voltage hazards and giving peace of mind to installers and service personnel.
By using short multiple strings of panels, there are more paths for electricity to flow, which ensures minimal power loss due to varying environmental or panel conditions. The special design of the Latronics PV Edge inverters enables them to benefit from all of the advantages of this system design.
Another low voltage advantage is that all PV Edge inverters are compatible with industry standard battery bank voltages for incorporation into grid connected battery backup configurations.
The Latronics PV Edge inverters come equipped with an easy to read energy meter. As well as Energy you can read other data such as the mains voltage and kW hours to ensure your system is working at its peak.
Allows flexibility and ease of installation.
Obtaining the optimum power level from solar panels depends on many factors. Different manufacturers’ PV technologies, different levels of solar radiation and heat, and the availability of solar modules in the event of cloud cover or shadow are among the variables that affect the system’s performance. Even in cloudy weather with fluctuations in solar radiation, Latronics PV Edge inverters constantly monitor and track the optimum operating point to ensure maximum power from the solar modules is achieved. The solar array is held at the optimum voltage and continually monitored to achieve maximum power output under any conditions.
Our experience in manufacturing inverters since 1985 and continuous adherence to stringent quality standards enables us to offer our back to base manufacturer’s warranty.
Latronics PV Edge features a recyclable powder coated aluminium casing - a more noble metal than steel. They are made to the highest quality to provide years of reliable operation.
The AC grid voltage and frequency is closely monitored by the PV Edge along with anti islanding checks via active phase shifts. Isolation between the DC input and AC output is achieved via the toroidal transformer. The inverter is fitted with a cooling fan, which is temperature controlled and only operates when required. Sophisticated circuitry provides protection against overload, AC over/under voltage, AC frequency errors, DC over/under voltage, over temperature and anti-islanding via active phase shift.
Suitable for use with Solar Modules, Wind Generators, Micro Hydro and other Renewable Sources.
The PV Edge automatically synchronises to the AC grid, therefore the output of multiple units can all be connected together, and they will all be synchronised by the AC grid.
Note: The Solar inputs of multiple unit Inverters are not to be paralleled unless used with a battery. Please contact Latronics for more details.
Parallel string configurations are less susceptible to panel tolerances (mismatch) within the panel strings, this ensures maximum panel output.
The latest low loss switching technology combined with a high efficiency toroidal transformer maximises the PV Edge output even under conditions of minimal solar radiation.
Where panels are required to be installed at different angles on a roof, such as a pitched roof, parallel panel configurations can be adapted to maximise performance.
In unexpected instances of the panel array becoming partly shaded, the string configuration will not be completely compromised, ensuring maximum energy yield under these conditions.
| Input Data | PVE1200 | PVE2500 |
| Maximum solar input power | 1600W | 3100W |
| Maximum DC input current | 25A | 25A |
| Maximum DC input voltage | 103V | 206V |
| Maximum power point tracking range (MPPT) | 54VDC - 100VDC | 108VDC - 200VDC |
| Ideal operating window (Array VOC) | 80VDC - 90VDC | 160VDC - 180VDC |
| Automatic turn ON (PV Mode) | 70VDC | 140VDC |
| Automatic turn ON (Battery Mode) | 54VDC | 108VDC |
| Starting operation | 10W | |
| Reverse polarity protection | Short circuit diode across DC input terminals | |
| Output data | PVE1200 | PVE2500 |
| Output power | 1250W | 2500W |
| Output voltage Range | 205 - 265Vac | |
| Output frequency | 50Hz (+/-1Hz) | |
| Peak efficiency | 94% | 95% |
| Night time power consumption | NIL - Automatically disconnects from AC grid | |
| Input/output isolation | 3500V via Toroidal Transformer | |
| Operating temperature | -10ºC to 50ºC | |
| Anti-islanding protection | Over/under Voltage, over/under frequency, active Phase Shift | |
| General data | PVE1200 | PVE2500 |
| Status indicators | LCD Energy Meter Output power In 25% increments Grid monitoring - Stability check Solar input ON Grid fault Overload |
|
| Weight | 11kg | 22kg |
| Dimensions | 330mm H x 296mm W x 150mm D | 370mm H x 386mm W x 180mm D |
| AC & DC isolation | Disconnectable under load DC connectors | |
| Output wiring | Disconnectable under load 3 pin AC connector | |
| Chassis | Powder coated 3mm aluminium | |
| Standards | AS3100, AS4777, AS1044, EN61000-6-1, EN61000-6-3, EN55014, EN60335-1 CE & C-Tick | |
| Warranty | 1 Year | |
| Ratings | Specifications @ 25°C Ambient | |
Due to constant improvements specifications are subject to change without prior notice.
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Friday 16th February
Friday 29th March
Monday 1st April
Thursday 25th April
Monday 6th May
Friday 31st May
Monday 7th October