Escenarios de Aplicación
Los sistemas fotovoltaicos Off-grid se refiere al modo de generación de energia que no es conectada a la red eléctrica. La principal caracteristica es que utiliza baterías para almacenar energia, la cual sera utilizada en la noche. En el campo civil, el sistema off-grid es principalmente utilizado en poblaciones lejanas, areas de cultivo, islas, mesetas y zonas deserticas para propositos de alumbrado, radio, television y otras necesidades. En el campo industrial, este sistema es principamente utilizado en el area de comunicación, reles de satelites, televisión, sistema de bombeo, anodos de protección para tuberias de combustible, estaciones de monitoreo ambiental, carreteras, etc. En las regiones donde se disponga de Generadores Eolicos y pequeñas Centrales hidroeléctricas, se puede establecer sistemas de generacion combinada de energía; como pueden ser un sistema de generacion Solar y eolico.
Analisis Técnico
Productos
(1) Paneles fotovoltaicos
(2) Controlador
The controller adopts MPPT technology and maximizes the utilization of solar panels; System sampling advanced circuit topology design brings ultra-high power conversion efficiency of equipment, system efficiency up to 95%, reducing energy loss process. Meanwhile it has intelligent battery management, monitoring alarm and DC distribution functions. The device meets the maintenance requirement; the control module and monitoring module are all modular design.
(3) Off-grid Inverter
CPS SI series off-grid inverter is particularly designed for off-grid power system with high efficiency up to 85%. The excellent overload capacity and complete protection are suitable for all sorts of electrical appliances. The inverter can be used in harsh environments e.g. wide temperature range, high altitude, etc. This series can be applied for solar lighting, remote communication base, high way monitoring system, custom system of pastoral areas and less developed areas, etc.
(4) Solar controller & Inverter
CPS SIC series off-grid inverter adopts integrated design of solar controller, inverter and isolated transformer. The controller adopts MPPT technology and intelligent battery management design which is very efficient and smart; integrated pure sine wave inverter and low frequency isolated transformer make it with excellent overload performance, suitable for a variety of electrical appliances.
Engineering Case
