A single apsystems yc500 microinverter unit handles two pv modules significantly lowering installation and balance of system costs.
Aps micro inverter yc500.
There is no expensive trunk line to stock as the ac lines are attached to inverters.
Also there is one inverter per two modules so only half the inverters to install and ground.
Conventional string systems only operate as efficiently as the lowest performing module meaning reduced output caused by shading leaves or dust on one module cuts output across all modules in the array.
The aps microinverter marks a breakthrough in solar technology making your solar array more powerful economical dependable intelligent and safe.
Aims power 250 watt micro grid tie inverters with trunk cables easy installation connect to 240v outlet or panel ul cec csa cert mophorn 1200w mppt waterproof solar grid tie inverter dc to ac 110v micro inverter 1200w 110v.
Apsystems microinverters mark a breakthrough in solar technology making pv arrays more powerful smart bankable cost effective and safe.
Aps yc500a 500w microinverter with 25 year warranty.
Male plug is used to protect unused mc 4 female.
Aps yc500 a system introduction the aps microinverter is used in utility interactive grid tied applications comprised of three key elements.
De yc500i may be attached either to the mounting rail or to the back of a panel just like its predecessor.
Female cap is used to cover and protect unused mc 4 male connector coming from second pair of yc500i or yc1000 dc connections.
The yc600 is a dual module smart grid and rule 21 compliant microinverter.
Micro inverter aps yc500 double 2 panels.
Aps microinverter aps energy communication unit ecu aps energy monitor and analysis ema web based monitoring and analysis system figure 1.
Each apsystems yc500i micro inverter features 2 independant controllers for 2 solarpanels 2mppt s.
When only one side of dual yc500i or yc1000 micro inverter is attached to a pv module to protect the unused mc4 wires on the yc500i or yc1000.
Our fourth generation yc1000 handles 3 or 4 modules per unit enabling large scale 3 phase commercial solar at an unprecedented price point.
Conventional string systems only operate as efficiently as the lowest performing module meaning reduced output from a shadow or leaf on one module cuts output across all modules in the array.
Also the monitoring is separately per panel.
Conventional systems using one inverter at the end of a string of solar modules can only operate as efficiently as the least efficient module.