Flowguide grille, air conditioner and energy storage device

An air conditioner, comprising a machine body and a flowguide grille, wherein the flowguide grille is mounted on the machine body and covers an air outlet of the machine body, the air conditioner has an up-down direction, and the flowguide grille comprises:

• a mounting bracket, wherein the mounting bracket is mounted on the air conditioner and covers the air outlet of the air conditioner, the mounting bracket is extended along a vertical direction of the air conditioner;
• and
• a plurality of guide vanes, wherein the plurality of guide vanes are connected to the mounting bracket at intervals, the guide vane comprises a drainage plate and a guide plate, the drainage plate is extended along an air outlet direction of the air conditioner, and is bent upwards to be connected with the guide plate, the guide vanes are configured for expanding the air outlet range of the air conditioner in the up-down direction;
• wherein a distance between any two adjacent guide vanes is defined as H, which satisfies the relation:
• 60 mm≤H≤100 mm;
• wherein a length of the guide vane is defined as L, which satisfies the relation:
• 500 mm≤L≤1500 mm.

A flowguide grille, which is mounted in an air conditioner of an energy storage device, the air conditioner having an up-down direction, wherein the flowguide grille comprises:

• a mounting bracket, wherein the mounting bracket is extended along a vertical direction of the air conditioner;
• and
• a plurality of guide vanes, wherein the plurality of guide vanes are connected to the mounting bracket at intervals, the guide vane comprises a drainage plate and a guide plate, the drainage plate is extended along an air outlet direction of the air conditioner, and is bent upwards to be connected with the guide plate, the guide vanes are configured for expanding the air outlet range of the air conditioner in the up-down direction;
• wherein the plurality of guide vanes are formed with a high wind level component and a low wind level component, the high wind level component is located above the low wind level component;
• wherein the length of the guide vane of the high wind level component is defined as L1, and the length of the guide vane of the low wind level component is defined as L2, which satisfies the relation:
• L1>L2, and 500 mm≤L1≤1500 mm, 500 mm≤L2≤1500 mm.