Ice storage amount adjusting system and adjusting method for the same

An ice storage amount adjusting system applied for a building, the system comprising:

• a central monitoring computer;
• a chiller communicated with the central monitoring computer and supplying chilled water to an air-conditioner in the building;
• a data collection controller configured to:
• output a scheduling parameter for the air-conditioner during a first time;
• output an indoor-temperature setting condition during the first time;
• utilize an energy simulation software to output an exterior loading factor during the first time;
• and
• output a weather forecasting data during a second time, wherein the second time is later than the first time;
• and
• an air condition loading prediction calculator communicated with the central monitoring computer through an energy management platform, wherein the air condition loading prediction calculator predicts an air-condition loading of the air-conditioner during the second time based on the scheduling parameter, the indoor-temperature setting condition, the exterior loading factor, and the weather forecasting data, and the air condition loading prediction calculator generates a prediction result associated with the air-condition loading and sends the prediction result to the energy management platform;
• wherein the energy management platform controls the central monitoring computer to output a target ice storage amount to the chiller based on the prediction result, and the chiller adjusts an ice storage amount required in the second time based on the target ice storage amount;
• wherein the chiller performs an ice making procedure after the first time has ended and before the second time is reached, and operates in an ice melting mode in the second time, and wherein the chiller adjusts the ice storage amount based on the target ice storage amount if a current ice storage amount is not larger than the target ice storage amount, wherein the current ice storage amount is an amount of ice left after the first time has ended.