Abstract: A technology for improving data authenticity in a fluorocarbon management system is proposed. An embodiment of the present disclosure relates to a fluorocarbon management system including: a group of nodes; and a blockchain network connecting the group of nodes, wherein in response to occurrence of a predetermined fluorocarbon-related event, an origin node related to the fluorocarbon-related event generates a transaction related to the fluorocarbon-related event and sends the generated transaction to the blockchain network, a node that received the transaction validates the received transaction, and the group of nodes adds a block composed from an approved transaction to a blockchain.

Abstract: A device management system includes a management apparatus and a transmitting apparatus. The management apparatus manages device information. The device information is information related to a device. The transmitting apparatus transmits the device information to the management apparatus. The management apparatus or the transmitting apparatus changes a condition for transmitting the device information from the transmitting apparatus to the management apparatus, in accordance with execution of a new installation or a configuration change.

Abstract: A control apparatus controls a facility device and is used in an energy consumption management system that grants an incentive to a user of the facility device when the facility device performs an adjustment of energy consumption for an adjustment period in response to an adjustment request. The control apparatus includes an incentive standard setting unit, a comfort standard setting unit, an incentive prediction calculation unit, a comfort prediction calculation unit, a control condition change unit, and a control unit. The control condition change unit determines whether incentive and comfort predictions are within ranges of incentive and comfort standards, and changes a preset control condition when there is variation in a derivation element of the incentive during the adjustment period. The control unit controls the facility device based on the control condition changed by the control condition change unit after the variation has occurred in the derivation element.

Abstract: A control apparatus controls a facility device and is used in an energy consumption management system that grants an incentive to a user of the facility device when the facility device performs an adjustment of energy consumption for an adjustment period in response to an adjustment request. The control apparatus includes an incentive standard setting unit, a comfort standard setting unit, an incentive prediction calculation unit, a comfort prediction calculation unit, a control condition change unit, and a control unit. The control condition change unit determines whether incentive and comfort predictions are within ranges of incentive and comfort standards, and changes a preset control condition when there is variation in a derivation element of the incentive during the adjustment period. The control unit controls the facility device based on the control condition changed by the control condition change unit after the variation has occurred in the derivation element.