The grid-connected inverter and grid-connected cabinet equipment used in the photovoltaic power station have complete protection measures. The DC/AC single-node fault prediction and processing ensure the safety of the single node. The grid-connected interface meets the safety of all parties involved, and the system fails Real-time isolation can be achieved to avoid mutual influence between the three parties.
According to different types of photovoltaic power plants/systems in different regions, following the basis of effectively controlling project costs, the grid-connected inverters and grid-connected cabinet equipment we choose for customers have a variety of efficiency improvement schemes, which can greatly improve the efficiency of the ROI of the owners and the investors and shorten the payback period.
In response to the requirements of public grid for the PV distributed system, and to realize the controllable, adjustable and monitoring functions of the grid-tied PV system, Tidesolar works together with her suppliers and cooperated manufacturers to provide a complete set of micro-grid distributed PV power generation system solution, which thoroughly solves the interaction requirements between the power system and the power grid, and also meets the control, scheduling and monitoring requirements of the power grid for the distributed PV system.
system operation and maintenance is a difficult point for PV power plants and distributed power plants. The quality of its work directly affects the annual power generation and investment return of the entire system. Tidesolar has been operating a few of PV systems for many years. Plenty of experiences can help to discover the actual fault point of the system in time, greatly reducing the possibility of one-time failure of the system for multiple maintenance, and completely solving the customer's worries.
