文档介绍：探析热力站能量调节探究
提要本文介绍一种新的热力站能量控制系统,其被控参数为二次网供回水平均温度,操作量为二次循环水流量,补偿信号为室外温度。二次网供回水平均温度随室外温度而变化,变化率(补偿度)可调,供回水平均温度给定的初始值可调,执行器是一用一备的变频调速循环水泵,变频下限限幅可调。与传统的能量控制系统相比,被控参数选择合理,运行稳定可行,节能经济。本文还给出系统使用的必要条件。
Abstract this paper introduces a new thermal station energy control system, which was accused of parameters for the work supply return water temperature, operation quantity for secondary circulating water flow, pensation signal as the outdoor temperature. for average temperature with outdoor temperature, backwater rate (compensation) adjustable, adjustable for backwater average temperature of the given initial value, the actuator is one with a prepared frequency control water circulating pump, variable frequency adjustable threshold limit. Compared with the traditional power control system, is accused of parameter selection is reasonable, runs stably is feasible and energy saving the economy. This article give system USES the necessary conditions.
关键词热力站能量调节供回水平均温度室外温度补偿
Keywords thermal station energy adjustment for backwater temperature outdoor pensation
水力平衡调节需要的热量由热力站通过二次网供给。热力站能量调节实质上是按照热用户需要的热量调节热力站输出的热量,或者说,热力站根据负荷变化改变输出的热量。这是热力站能量调节的宗旨。同时,热量输送载体二次网流量也需要随着负荷变化,以便节能,这是热力站能量调节的主要目的。
Hydraulic balance regulating needs to supply heat by thermal station through the work. Thermal station capacity control is essentially thermal heat adjustment to meet the needs of users according to the thermal output of heat, or thermal station according to the load change change the heat output. This is the purpose of thermal station energy regulation. At the same time, the heat transmission carrier flow also need to change as the load, so that energy conservation, the main purpose of which is thermal energy regulation.
一、热力站能量调节方式比较
A, thermal, standing energy adjustment way pare
目前,热力站能量调节方式如下:
At present, the thermal station energy adjustment method is as follows:
1 二次循环水泵
1 the secondary circulating pump
(1)多台相同规格型号水泵并联。按照负荷变化改变水泵运行台数。这种方法的优点是简单可靠,缺点是总装机容量
(