Progetto SIMEA - Automatica - Università degli Studi di Padova

SIMEA Stato dell’arte energetica degli edifici
1.2.11. Cepenergy Management Software for Buildings
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Doc.No 20100610.SIMEA.MR.03
Versione 1
Cepenergy Management Software for Buildings, is a tool for the
analysis of the Energy Matrix (Electricity, Water, Fuel), and CO2
emissions in buildings.
Energy Problems, Saving and Optimizing.
Tool of Management for Energy leakage.
Culture and learning of Energy Management.
Manage the cooperation and contribution, at the Building level, to
decrease the generation of greenhouse gases.
Measurement of energy efficiency is the most outstanding
environmental benefit. It’s a new tool for multivariable analysis which
combines simultaneously all kinds of energy together with the respective
utility bills to get a model and a value for the energy efficiency.
1.2.11.1. Validation/Testing
Data can be validated in each running. Software predicts saving money to each energy used, so results
can be confronted with the decrease of spending caused of a higher energy efficiency.
1.2.11.2. Expertise Required
Basic knowledge of Windows and Office, Energy, Process, Utilities, Facilities, Maintenance.
1.2.11.3. Users
Include Universities Buildings, College Buildings and k12 School Buildings, Retail Buildings, Office
Buildings, Multifamily Buildings, Lodgings, Health Care Buildings, Government Buildings, Army
Buildings, Commercial, Industrial and Business Buildings.
1.2.11.4. Audience
Buildings Managers, Energy Program Managers, Buildings Designers, Facility Managers, Architects,
Builders Engineers, Utilities and Energy Managers, Maintenance Buildings Managers.
1.2.11.5. Input
In the worksheet, fill in all kind of energy data used in the building, number of people that inhabit the
building, numbers of square feet of the building, utility bills. Previously the software is calibrated to the scale
of use.
1.2.11.6. Output
The software models the energy consumption obtaining the following results: energy efficiency of the
building got as a number (%) to each month in analysis and over a year and for each kind of energy
considered. Prospective savings, action plan and conclusions averaged to improve the energy efficiency,
investments ($) to carry out a profitable plan of energy efficiency, as well as the efficiency of the CO2
emissions and the Kg CO2/people emitted.
1.2.11.7. Computer Platform
Windows XP, Vista, Office 2003. Personal computer with a 486 or higher microprocessor, 25
Megabytes or more of RAM, at least 100 Megabytes of available disk space.