Esper斜單軸跟踪系統是主要針對大型電站建設而開發設計的一款高性價比

Esper斜單軸跟踪系統是主要針對大型電站建設而開發設計的一款高性價比產品，廣泛應用於中、低緯度地區。該系統只需採用一套驅動裝置和控制器就可以使整個陣列實現自動跟踪，獨特的聯動式結構及免維護的迴轉軸承，使其具備可靠的系統穩定性，低故障率和低維護成本等特點。與傳統固定安裝支架相比，可以提高約30%的全年發電量，是大型電站建設中的理想選擇。

結果 (英文) 1:

Esper inclined single-axis tracking system is mainly for the construction of large power plants and the development and design of a high performance products, widely used in medium and low latitudes. The system uses a set of drives and controllers can make an entire array of auto-tracking, unique linkage structure of slewing bearings maintenance-free, making it a reliable system stability, low failure rate and low maintenance cost and so on. Compared with the traditional fixed mounting bracket, you can increase the annual generating capacity of about 30%, and is ideal for in the construction of large power plants.

結果 (英文) 2:

Esper oblique axis tracking system is a cost-effective products mainly for large-scale power plant construction and development and design, widely used in middle and low latitudes. The system only uses a drive and controller can automatically track the entire array of unique linkage structure and maintenance of rotary bearings, to have a reliable system stability, low failure rate, and low maintenance costs, etc. characteristics. Compared with the traditional fixed mounting bracket can be increased by about 30 per cent of the annual generating capacity is ideal for large-scale power plant construction.

結果 (英文) 3:

The Esper slanting single axle tracking system mainly aims at the large-scale power plant construction the design a model of high performance-to-price ratio product, widely applies in the medium and low latitude. This system only need use one drive and controller can make the entire array realize the automatic tracking, the slewing bearing of unique coordinate structure and maintenance-free, enabling it to have the reliable system stability, low failure rate and low maintenance cost and other characteristics. Compared with the traditional fixed mounting frame, can enhance approximately 30% annual power rates, is the ideal choice in large-scale power plant construction.