Energy Cycles
Energy Cycles
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Category: Utilities & tools
Home screen with icons to execute specific app.  A short overview is also provided on each app.
A generic 3-stage Rankine cycle that can be edited for more specific application.
Three stage turbine pressure and temperature data with isentropic expansion model.
Rankine cycle summary and cycle data with result can be saved for monitoring and review.
Brayton combined heat and power generation cycle.
A generic HVAC cooling cycle.
Conditioned space design data section.
Specific load editing and computation section under 10 major categories.
HVAC cycle summary.

Description

Energy Cycle App covers four major energy conversion cycles to facilitate as a tool for performing energy efficiency studies. This can be very helpful to different energy engineers and auditors in assessing the cycle performances with respect to sizing and conversion efficiencies. App generates following generic models two under utility power generation category and two under HVAC category as shown in the screen shots. Each can be tailored to suits individual application and can be saved in a file for continuous reference and to monitor the change and improvement.

Energy Cycles:

  1. Rankine Cycle
    a. Boiler
    b. Turbine
    c. Condenser
    d. Feed Pump

  2. CHP (Brayton) Cycle
    a. Air compressor
    b. Fuel Injection
    c. Gas Turbine
    d. Steam Generator

  3. HVAC Cooling Cycle
    a. Conditioned space
    b. Outdoor Air
    c. Fan-coil process
    d. Return and Exhaust air flows

  4. HVAC Heating Cycle
    a. Conditioned space
    b. Outdoor Air
    c. Fan-coil process
    d. Return and Exhaust air flows

Cycle efficiency and total cycle heat is displayed in the home screen along with state properties. For HVAC, a separate section is added as a part of conditioned space for editing cooling and heating load under 10 major categories as shown in the screen shot. A separate compute button is provided for the users to select and compute load under each category using recommended parameters.
Each application screen has its own help notes to guide through different input and outputs. User s can save their application data with unique title for future monitoring and review.

Following screen shots covers the basic models and for additional screen shots with examples and data please refer to our web site at www.flowjoule.com

  • Performs a quick thermodynamic analysis of four major energy cycles.
  • Provides cycle efficiencies and efficienies of major energy convertion devices such as boiler, turbine etc.
  • Provides comprehensive performance summary for further monitoring and review.
Product ID: 9NBLGGH4QJ5X
Release date: 2016-03-03
Last update: 2022-03-11