Minimum Requirement• It shall be po

Minimum Requirement
• It shall be possible to control the remote load control devices connected to the meter from the utility.
"Demand Response
Load curtailment and load control"
"The consumer may be provided with one or more Appliance Control Devices (ACD’s) which are separate from, but which are controlled by, the AMI meter. These ACD’s will typically be connected in series with non-essential loads such as water heaters, swimming pool pumps, underfloor heating and the like. The AMI meter will have the capability to operate the ACD’s according to a programmed switching pattern. For consumers on Time-of-Use tariffs, this switching pattern will exercise control over non-essential appliances so as to minimize energy consumption in peak demand periods, thereby also minimizing energy costs. In turn, this will assist the utility by shifting demand out of peak periods.
In addition, through communication between the Master Station and the AMI meter, the AMI will have the ability to override the meter’s switching pattern and disconnect non-critical loads so as to quickly reduce loading in times of grid stress."
The AMI System shall be able to send individual, group, or general commands to operate the ACDs so as to achieve a “best effort” demand reduction. (loosely speaking, this is the equivalent of a ripple-control system).
1.1.10 It shall be possible for the consumer to override scheduled demand-limiting operation only if the utility has allowed it (Consumer override enable flag set).
1.1.12 Emergency load-shedding: Under emergency conditions (i.e. in times of severe grid stress), this “load switch” will allow the utility to shed consumer load rapidly and completely, whilst still maintaining supply to critical consumer connections such as hospitals, traffic lights, communications systems and emergency infrastructure.
3.24.1. The system shall automatically estimate the total load under AMI control to within 10% of actual.
3.24.2. The system should automatically estimate the load available for load limiting (“megawatts”) for a specified group of consumers, at a proposed demand level.
3.24.3. The estimation shall be continuously refreshed in the background.
3.24.4. The estimation shall be refreshed every 10 minutes or quicker.
1.1.14 The AMI backend System shall be capable of functioning in an automated manner, such that, if the power demanded by a specified group of consumers exceeds a prescribed maximum value, the system will automatically initiate demand-limiting operation. Once in automatic demand-limiting operation, the system will automatically adjust the demand limits so as to maintain the set value.
3. 26.2 In the event that communication to the load control device is lost during a load limiting period, the system shall restore power within a fixed settable time with the end time randomized.
3. 26.3 The system shall not initialize any further load shed events until communication is restored for a minimum period of at least 15 minutes.
3. 26.4 The possibility to choose the option of ending at the finish of the current load curtailment period or the time set whichever is shorter shall be made available.
3.28.2.3. ACD and demand-limit schedules
3.28.2.4. Tariff updates and changes
"3. 36.6 Load Control - Solution should allow effective load management that provides the ability to remotely disconnect or reconnect a customer’s load by use of different type of relays. The basic 80/100A relay allows remote, local (by a function of the meter, e.g. limiter) and manual (by push button) types of control. The remote control can be carried out by address command for a meter and by group command for a group of meters.

The auxilliary relays (one of 5A or two of 2.5 A) permit disconnection/ reconnection of consumer’s power load from/to supply line via an external contactor in accordance with the specified schedule or directly from the Master Station."

結果 (中文) 1:

最低要求• 应可以控制远程负荷控制装置连接到米从实用程序。"需求响应负载限制和负载控制""消费者可能会提供与一个或多个装置控制设备 （ACD） 是分开的但由 S 计控制的。这些 ACD 通常会在一系列与非必要负荷，如热水器、 泳池泵、 地暖等连接。S 米将有能力操作 ACD 程控开关模式。为对时间的使用关税的消费者，这种开关模式将行使控制权非必要设备，尽量减少能源消费的高峰期的需求，从而也减少能源成本。反过来，这将有助于该实用程序，通过转移高峰期的需求。此外，通过主站和 S 米之间的通信，在阿美族会覆盖米的开关模式和断开连接以迅速减少加载应力网格时代非临界荷载的能力。急性心肌梗死系统应能够发送个人、 组或一般的命令操作，实现一个"最佳努力"子系统的需求减少。（松散地说，这是相当于一个脉动控制系统）。1.1.10 应尽可能为消费者只有该实用程序允许它 （消费者重写启用设置标志） 替代计划的需求限制操作。1.1.12 紧急切负荷.： 事故应急情况下 （即重度胁迫网格的时间），该"开关加载"将允许在此实用程序甩掉消费者负荷，迅速和彻底，同时仍然保持供应是批判意识的消费者连接 （如医院、 交通灯、 通信系统和应急基础设施。3.24.1.系统应自动估算总负载下急性心肌梗死是实际 10 ％ 之内。3.24.2.系统应自动估计可供负荷为指定组的消费者而言，拟议的需求水平限制 ("兆瓦") 的负载。3.24.3 估计须不断刷新，在背景中。3.24.4 估计应刷新每隔 10 分钟或更快。1.1.14 AMI 后端系统须能以自动化的方式运作，这样，如果所要求的电力消费者指定的组超过订明的最大值，系统将自动启动需求限制操作。一次在自动需求限制的操作中，系统将自动调整以保持设定的值的需求限制。3.26.2 事件中与负荷控制设备的通信负载限制期间不可用，该系统应在一个固定的时间，可设置与随机的结束时间内恢复供电。3.26.3 系统不须任何进一步初始化加载棚事件直到通信恢复为期至少至少 15 分钟。3.26.4 的可能性要选择在当前负荷削减期间或设置两者以较短的时间完成的结局应予以提供。3.28.2.3.ACD 和需求极限时间表3.28.2.4.关税的更新和更改"3.负载 36.6 解决方案应允许提供远程断开连接或重新连接客户的眼睛和由使用不同类型的继电器负载的能力的有效负载管理。基本的 80/100a 高频继电器允许远程、 本地 （通过米，如限幅器的功能） 和手动 （通过按钮） 类型的控件。远程控制可以说出一米的地址命令和组命令为一组的米。辅助继电器 （5A 之一） 或两个 2.5 A 允许消费者的电力负荷对供电线路通过外部的接触器，按照指定的时间表或直接从主站断开连接/重新连接"。

結果 (中文) 3:

极小的requirement
•控制遥远的负荷调节设备被连接到从公共事业的米将是可能的。
“需求反应和装载control
Load削减”
“消费者也许带有一个或更多装置控制设备(ACD's)检查与：ldd ‘是，但是检查与：ldd ‘是由AMI米控制的。