Software: The LBNL THERM software is free. A download link will be provided upon registration to the class. Presentations: PDF presentations of the content will be provided to all students as well as a detailed checklist that outlines all of the key steps required to generate and review THERM files to add to your professional toolbox. Download therm 6.3 for free. Development Tools downloads - THERM by Lawrence Berkeley National Laboratory, Windows & Daylighting Group and many more programs are available for instant and free download.
Seamlessly connect your organization from sales through settlement.
Therm enables you to be more responsive to your customers, reduce business risk, and increase operational efficiency.
What is Therm?
A fully integrated retail energy platform that seamlessly connects sales through settlement
Purpose-built for the retail energy sector and fully customizable for each business function
A modular solution that brings sales, operations, supply, and accounting onto a single platform with real-time data
How does it work?
Leverages advanced cloud-based technologies including machine learning and artificial intelligence
Incorporates your pricing strategies with up-to-date and preconfigured GTOP and tariff mandates
Securely integrates with any existing third-party technology
How will it help you do more?
Reduce business risk by minimizing manual touch points
Increase operational efficiency up to 10x with existing staff
Generate instantaneous, on-demand pricing and refreshes
See accurate, up-to-the-minute financial positions
Therm is a modular, pay-as-you-go solution that lets you focus more on your customers and less on your infrastructure.
Configurable
Therm provides the freedom you need to best suit your unique business
Integrated
Leverage Therm's built-in, secure APIs to connect with any technology that you already use
Automated
Speed up your business processes with custom workflows and real-time information sharing
The therm (symbol, thm) is a non-SIunit of heatenergy equal to 100,000 British thermal units (Btu[1]). It is approximately the energy equivalent of burning 100 cubic feet (2.83 cubic metres) – often referred to as 1 CCF – of natural gas.
Therm Software Download
Since natural gas meters measure volume and not energy content, a therm factor is used by natural gas companies to convert the volume of gas used to its heat equivalent, and thus calculate the actual energy use. The therm factor is usually expressed in units of therms per CCF. It will vary with the mix of hydrocarbons in the natural gas. Natural gas with a higher than average concentration of ethane, propane or butane will have a higher therm factor. Impurities, such as carbon dioxide or nitrogen, lower the therm factor. Tim hortons font.
The volume of the gas is calculated as if measured at standard temperature and pressure (STP).
One therm is equal to about 105.5megajoules, 25200kilocalories, or 29.3kilowatt-hours.
Therm Software Training
The therm sometimes has been confused with the thermie. The names of both units come from the Greek word for heat.
Definitions[edit]
- Therm (EC) ≡ 100000BTUISO[2]
- = 105506000joules
- ≈ 29.3072kWh
- The therm (EC) is often used by engineers in the US.
- Therm (US) ≡ 100000BTU59°F[3]
- = 105480400joules
- ≈ 29.3001111111111kWh.
- Therm (UK) ≡ 105505585.257348joules[4]
- ≡ 29.3071070159300kWh
Therm Software Tutorial
10 therms are known as a decatherm (sometimes, dekatherm;[5] commonly abbreviated Dth), which is 1000000Btu (of whichever type). Further common abbreviations are MDth for a 1000 decatherms, and MMDth for 1000000 decatherms.[5][failed verification]
Usage[edit]
United Kingdom regulations were amended to replace therms with joules with effect from 1999, with natural gas usually retailed in the derived unit, kilowatt-hours. Despite this, the wholesale UK gas market trades in therms. In the United States, natural gas is commonly billed in CCFs (hundreds of cubic feet) or therms.
Carbon footprint[edit]
According to the EPA burning one therm of natural gas produces on average 5.3 kg (11.7 lb) of carbon dioxide.[6] Matlab 2018a crack.
See also[edit]
References[edit]
- ^IEEE Std 260.1-2004
- ^Official Journal L 073, P. 0114 27 March 1972
- ^15 USC Chapter 6Archived 2006-01-25 at the Wayback Machine
- ^The Units of Measurement Regulations 1995
- ^ abJerry Knight (22 January 1978). 'Gas Utilities Stepping Up Efforts to Add Customers'. The Washington Post. Retrieved 1 June 2016.
- ^epa.gov 'Greenhouse Gases Equivalencies Calculator - Calculations and References