The computerized Accumulator Optimization module from 7-Technologies minimizes the operational price of your district heating network. The most effective achievable creation scenario is selected to make certain minimum manufacturing value. The Accumulation Optimization module encompasses the heat volume supplied to the consumers in the network while also using the flexibility and dynamics provided by the accumulator tank.
It also provides for the accumulated heat loss and energy consumption in the network,
Microsoft Office 2007 Ultimate, the hydraulic constraints as defined in TERMIS Operation and the forecasted load as a result of predicted outdoor temperature and wind speed conditions.
Operational Value Savings
The computerized Accumulator Optimization reduces your energy costs with approximately 5-10% depending on the flexibility and variation in fuels. This will not only improve your economy, but also reduce the CO2 emission.
The use from the Accumulator Optimization will see fewer boiler start-ups. As a result of this the maintenance will be reduced leading to an extension from the life span of these units.
The system can be completely embedded in your SCADA system and be provided by your usual supplier. This allows for an uninterrupted supplier support and you can work with the supplier you usually do business with.
The module requires limited or no intervention. The module is in operation around the clock. Save money all the time – every single day from the year.
Accumulator Optimization
The Accumulator Optimization module uses SCADA data from the district heating network, creating the very best doable basis for the optimization.
The module allows for common operational changes and adjustments such as valves being opened or closed, consumers with varying consumption,
Office 2010 Pro Plus, and variation in load during weekends and holidays.
Unusual operational interruptions,
Office 2007, such as boilers being out of operation,
Microsoft Office 2010 Pro, will also be included in the calculation to provide the best status doable for the operation at all time.
TERMIS Accumulator Optimization continuously performs a load prediction for example based on a weather forecast downloaded from the Internet.
Based on the input stated in the preceding and knowledge with the network capacity,
Office Professional, defined constraints, etc., the Creation and Accumulator Optimization module provides the Operator with a schedule for the operation from the plants. Based on a creation cycle of 24 hours, the schedule defines which plants to be used and which boilers. The outcome of such a schedule is a reduction of your creation price and an operation situation for the accumulator tank.
Plant Scheduler is required in case of three or more plants.
TERMIS Real-Time
Your existing TERMIS model can be utilized directly. If you are using an alternative modeling tool, this model can be directly and easily transformed into TERMIS.
Implementation of your Accumulator Optimization module requires no knowledge about the operation of TERMIS.
The TERMIS Operation Real-Time functionality can be used to display full and dynamic results for temperature, pressure and flow. This will provide you not only with the perfect overview but also with a lot of information about the operation of your network.
Send calculated data into the SCADA system. This will provide a better overview and possibly postpone or eliminate the need for adding new and costly measurement points.
Worldwide TERMIS Operation is today the most widely used simulation tool for district energy networks.
Office 2007 TERMIS Accumulator Optimization TERM
Threaded Mode