Wikipedia:User page design guide/Introduction: Difference between revisions

Revision as of 07:48, 20 December 2008

Latest revision as of 19:30, 17 October 2024

(174 intermediate revisions by more than 100 users not shown)

Line 1:

{{pp-semi-indef}}

<center>[[Image:Qxz-ad39.png]]</center>

{{Wikipedia:User page design guide/Nav bar}}

Welcome to the user page design center. Here you will find resources for developing your user page. Enjoy!

{{Wikipedia:User page design guide/Border}}

If you are an absolute beginner, (not a beginner){{What}} you might consider using [[Wikipedia:User Page Design Center/Style#Article format|the standard article format]] for your userpage. That should suffice while you're learning the ropes. If you don't have a user page yet and don't know how to create a page, then click on your user name at the top of the screen and follow the instructions (if the page already exists, your username will be blue instead of red). If you don't have a user account, then click on "log in" at the top of the page, and then click on "Create an account" and fill in the boxes. Write your password down somewhere in case you forget it, and whatever you do, don't forget where you put your password!

[[Image:Qxz-ad39.png|center]]

Welcome to the user page design guide. In this multi-page guide, you will find advice on how to develop your user page, and resources that you can copy and paste to make it easier.

Eventually, active Wikipedians turn their attention to their user pages. Creating a nice user page can be a daunting and time consuming task. One can spend countless hours searching the User and Wikipedia namespaces for ideas on what to include and design features to add, and even longer trying to figure out how to put them all together. Many resources and examples have been gathered and presented here to save users time which they can in turn apply to improving the encyclopedia. Simply cut and paste the wikicode of the design elements you wish to use on your userpage; and then modify them if you like, to create your own personal style. Browse the [[Wikipedia:User Page Design Center/User Page Hall of Fame|User Page Hall of Fame]] as examples of what others have done with their pages.

Eventually, many Wikipedians turn their attention to their user pages. A nice user page can create a stronger tie between a user and the community, but it can be a daunting and time consuming task. One can spend countless hours searching the User and Wikipedia namespaces for ideas on what to include and design features to add, and even longer trying to figure out how to put them all together.

== User pages ==

Many resources and examples have been gathered and presented here to save users time which they can in turn apply to improving the encyclopedia:

'''[[Wikipedia:User page|User pages]]''' serve several special purposes on Wikipedia. First, they are tools which provide areas for personal sandboxes, workshops, and page storage, to experiment and build pages before placing them in article namespace, and to store tools and pages the user finds particularly useful. User pages are perfect for building and storing reading lists, Wikipedia bookmarks, and navigation bars, to assist your Wikipedia-based research, study, and navigation. Your user page also provides a place to express yourself, and any practice you get designing your user page may be applicable as skills upon making the encyclopedia itself better. Each user page has a discussion page, which makes it easy to communicate with each editor directly; Wikipedia even notifies you when you receive a new message. User pages also provide a place for programs or projects not suitable for other namespaces. A Wikipedian's user page can tell us a lot about him or her; their record of contributions to Wikipedia, their wikiphilosophy, their strengths and interests, etc; and gives us a place to put userboxes! The userbox system, which is integrated into Wikipedia's category system, automatically enters the user who uses one into the category that userbox represents, and serves as a directory of Wikipedians for finding users who have an appropriate skill or knowledge-level that you need applied when you yourself do not have it. Programmers, for instance are listed by skill-level. '''''See [[:Category:Wikipedians]].'''''

: From various pages of this guide (see the menu bar at the top of this page), you can simply cut and paste the wikicode of the design elements you wish to use on your userpage; and then modify them if you like, to create your own personal style.

== The sections of the UPDC ==

* '''[[Wikipedia:User Page Design Center/About you|About you]]''' - this section is about the focal content of your user page: information about you. Tell us about yourself!

* '''[[Wikipedia:User Page Design Center/Navigation aids|Navigation aids]]''' - you can include these on your user pages to help you make your way around Wikipedia more easiily.

* '''[[Wikipedia:User Page Design Center/Metadata|Metadata]]''' - information about your userpage, your user account, and about Wikipedia. Page identifiers, edit counts, total articles on Wikipedia, current vandalism danger, and things like that.

* '''[[Wikipedia:User Page Design Center/Scripts|Your monobook.js page]]''' - how to enhance your user account with javascripts.

* '''[[Wikipedia:User Page Design Center/User Page Hall of Fame|User Page Hall of Fame]]''' - the best user pages on Wikipedia: some for design, some for content, and some for sheer character!

* '''[[Wikipedia:User Page Design Center/Style|Style (formatting)]]''' - the nuts and bolts of page design, as they apply to user pages. Explains design elements with lots of "how to" instructions and wikicode samples that you can cut and paste onto your pages.

* '''[[Wikipedia:User Page Design Center/Menus and subpages|Menus & subpages]]''' - you don't just have a user page, you have your own "user space", which can have as many subpages as you desire. Plus there are many menus provided by which you may tie your pages together to allow easy navigation between them

* '''[[Wikipedia:User Page Design Center/Decor|Art, Decor, etc.]]''' - you can spruce your user pages up with banners, pictures, icons, and other things. There are also some practical resources like the "tip of the day" templates.

* '''[[Wikipedia:User Page Design Center/Help and collaboration|Help and collaboration!]]''' - This is where to hook up with others about user pages: get your questions answered, and even get hands-on help. And if you'd like to give rather than receive help, there's even a place for you to sign up to join our UPDC Help Team.

: You can also browse the [[Wikipedia:User page design guide/User page Hall of Fame|User page Hall of Fame]] to see examples of what others have done with their user pages.

SUSTAINING ENERGY COST MINIMIZATION THROUGH EXPERT SYSTEM (KNOWLEDGE BASED SOFTWARE)

See-ThermiSave: for Thermal Energy Conservation &

See-UtiSave: for Electrical Energy Conservation

To help you get started, here is some general advice on building a user page...

By Milind Chittawar

SEE-Tech. Solutions Pvt. Ltd.,

11/5, MIDC Infotech Park, South Ambazari Road,

Near VRCE Telephone Exchange,

Nagpur-440022

Website: www.letsconserve.org Email: [e-mail]

Ph. 0712-2222177, Fax: [phone]

== Familiarize yourself with the User pages guideline, first ==

: ''See: [[Wikipedia:User pages]]''

== Choose a format ==

ABSTRACT:

If you are new to Wikipedia, you might consider using [[Wikipedia:User page design guide/Style#Article format|the standard article format]] for your userpage initially. That should suffice while you're learning the ropes.

: If you don't have a user page yet and don't know how to create a page, then click on your user name at the top of the screen and follow the instructions (if the page already exists, your username will be blue instead of red).

Today, we are living in an era of open economy. This means better quality of products at minimal prices. Computation for business profitability has been changed from “Selling Price = Cost + Profit” approach to “Profit = Selling Price - Cost”. While competing with multinationals, most of us are loosing our market share because of our costs as well as quality. In this world of “Survival of the Fittest”, we must minimize our production cost to generate profit. Accordingly, Management’s view towards Plant Engineering & Production Personnel has changed from “To Maintain Machines & Carry out Production” to “Must Maintain Machines & Carry out Production at Minimal or in some cases at targeted cost where bottom line is too narrow.

: If you don't have a user account, then click on "log in" at the top of the page, and then click on "Create an account" and fill in the boxes. Write your password down somewhere in case you forget it, and whatever you do, don't forget where you put your password!

In such scenario with ever growing electricity tariff & fuel prices; Option of minimizing energy cost offers Plant Engineering & Production Personnel a good opportunity to enhance business profitability; which is the purpose of this gathering too. To improve energy efficiency strategically, for best possible results, it is necessary to

User page formatting is covered at [[Wikipedia:User page design guide/Style]].

 Create and then maintain a detailed database from equipment specification to design and operating parameters;

 Create Benchmarks & Monitor Energy Consumption with reference to it;

 Identify Energy Conservation Opportunities;

 Evaluate Techno-Economic Feasibility of these Options;

 And Finally Implement the Measures & Monitor the Savings.

For examples of user page layouts, see the [[Wikipedia:User page design guide/User page Hall of Fame|User page Hall of Fame]].

== Choose an approach ==

You could design your userpage as your:

=== Personal profile page ===

To achieve these in an organized manner, knowledge based Expert Systems: See-UtiSave (for electrical energy conservation) & See-ThermiSave (for thermal energy conservation) have been developed by experts already working in the field of energy conservation, carrying out Energy Audits and implementing energy saving measures. In the earlier installations, these tools have resulted into minimizing specific energy consumption on a regular basis. They identify & quantify energy wastage and facilitate selection & implementation of energy saving measures in thermal & electrical systems.

Major part of Energy is consumed by manufacturing and processing equipments. It has become very necessary to evaluate the performance of these equipments and then take decisions to implement the Energy Conservation options. Many opportunities are available but the techno-economic feasibility of the options should be worked out so that the industry opts for the best energy conservation measure and also avoids unnecessary higher investments.

An autobiographical user page presents you to the community, and could include your views, your objectives, and your contributions, among just about anything else about you. When just starting out, the standard article format is the easiest way to present information on yourself.

NEED FOR A TOOL PROVIDING CONTINUOUS EVALUATION FOR ENERGY COST MINIMIZATION:

=== Personal Main page ===

Over the years, it has been experienced that though one time energy audit assignment and implementing the identified energy saving measures result in to minimizing energy consumption, but it is not sufficient for continuous improvement in energy efficiency. Energy conservation measures should be monitored regularly and compared with the initial energy consumption levels; which helps and supports further Energy conservation efforts.

With a link at the top of every page, your userpage is a convenient place to put what you frequently access. You could include content via template, such as {{tl|signpost-subscription}} {{tl|totd}} and {{tl|potd}}. Or you could design it to be [[Wikipedia:Tip of the day/September 28|your customizable Wikipedia navigation hub]]. Or both.

Sustained Energy conservation efforts are necessary to enable energy consumption levels to remain consistent with technological developments and industry norms. All the parameters of energy usage should be evaluated from time to time. Hence, plant personnel need to ensure and ascertain energy efficient working of the plant at equipment, section, plant and premises level.

=== Workshop ===

With this approach only energy bills can be brought down on a continual basis by using various techniques for energy conservation, applying energy efficient equipments and by adopting latest trends in technology.

A space to organize your tasks and projects. It could contain wish lists, links to works-in-progress, your to-do list, and so on.

To fulfill this dire requirement of KNOWLEDGE BASED TOOL TO ENSURE ENERGY COST MINIMIZATION, expert systems: See-ThermiSave & See-UtiSave are quite suitable. Also, to cater to day to day requirements of end user & business enterprises in energy conservation & plant safety improvement a Business to Business (B2B) & Business to Customer (B2C) site (www.letsconserve.org) has been launched.

=== Customized advice/instruction page ===

See-ThermiSave: Empowering Thermal Energy Conservation

As you acquire experience as a Wikipedian, keep in mind that your user page is the perfect place to share it. It's where other users go to find out more about you, what you are like, and how you think. You can use it to present your editing and organizational knowhow, express your wikiphilosophy, and share your dream for Wikipedia.

A unique knowledge based software, which evaluates Operational Efficiency, identify Losses and suggest a pathway for Energy Conservation measures in thermal energy systems such as Boilers, Furnaces, Driers, Distillation Column, Evaporator, Reactors, Thermic Fluid Heaters and Steam Distribution Lines.

See-ThermiSave has its own database for Fuel, Steam & Insulating materials properties. It provides documentation for Receipts and Consumption of fuels and results into ascertaining benchmark values and implementing & targeting for achieving better energy consumption norms. It maintains a record of the Plant Equipment details for a quick look for further reference for energy conservation efforts. It also prepares & maintains a report of each test carried out on the equipment. This all can be made available on the customer’s intranet/network.

See-ThermiSave is provided with numerous thought provoking Energy Conservation Tips. It also gives details of vendors for procurement of energy conservation retrofits /equipments. Technical help of the Expert System provides detailed explanation on how to carry out Performance Evaluation with all the technical explanation and figures for better understanding. The software has been compiled with a Glossary section, which is a database of definitions of various industrial and theoretical terms in use. It also has a separate module for unit conversion.

=== Multi-page system ===

Features of See-ThermiSave: It results into:

This approach is for users who find that one page just isn't enough. Set up separate pages for separate uses. A menu bar at the top of each page can visually tie each page together, and help to navigate between them. See ''[[Wikipedia:User page design guide/Menus and subpages|Menus and subpages]]''.

Boilers

=== Multi-purpose user page design ===

1. Recording Fuel receipt & determining deficits if any, Storage accounting and Pre-heating / pre-conditioning Requirements; implementation better fuel management practices

2. Incorporating Boiler specification & comparison with norms: a must have information for energy conservation efforts

3. Observation table for boiler efficiency tests: User takes the printout & caries out the test

4. Direct efficiency test calculations: The output also includes Evaporation Ratio (Kg of steam/Kg of fuel) & Steam Cost (Rs/Kg)

5. Indirect efficiency test calculation: Also displays % excess air (By CO2/O2), %Dry gas loss, %Wet gas loss, %Blowdown Loss

6. Choice of fuel for Steam Generation: To ascertain lowest steam cost

7. Savings by reducing Dry Gas Loss through excess air reduction & Stack Gas temperature

8. Savings in Ash loss by reduction in un-burnt Carbon & Waste-heat recovery options

9. Idling losses due to oversized boilers (Derating of boilers for savings)

Furnaces

Mix and match elements of the above approaches to fit your goals and needs.

1. Incorporate specification for furnace with & without Chemical Reaction, Batch/Continuous, Steam/Fuel fired, Rectangular/Cylindrical

2. Measurement of Furnace Efficiency (Direct & Indirect): Also computes %Radiation loss, % Loss due to Moisture %Dry gas loss, %Wet gas loss, heat carried away by product, Avg. fuel consumption; Documents ID & FD fan power consumption; Ensures fuel properties

3. Energy conservation by Feed screw / loading improvement

4. Waste heat recovery options through Economizer and Recuperator

5. Energy conservation by Reduction in furnace volume

6. Selection of insulation to minimize Radiation Loss; Product heat recovery to save energy

7. Batch ~ continuous furnace to obtain higher productivity

8. Moisture reduction in Feed for quicker production & higher output

== Be creative, and... ==

=== Express yourself ===

Nothing tells more about who you are than a work of art that you create. Make your user page that work of art! If you get stuck, borrow. There's no penalty for "stealing" an idea from someone else, just be sure to change it around and make it yours or give them credit for the idea. ''Examples: [https://en.wikipedia.org/w/index.php?title=User:ElAmericano&oldid=47357653 User:ElAmericano], [https://en.wikipedia.org/w/index.php?title=User:The_prophet_wizard_of_the_crayon_cake&oldid=126819395 User:The prophet wizard of the crayon cake]''

Steam / Thermic Fluid Distribution In The Plant

Don't be shy. The meat of most userpages is the bio of the person behind it. Other editors wish to get to know ''you''. Why disappoint them? Many great userpages have detailed bios. ''Examples: [https://en.wikipedia.org/w/index.php?title=User:Antandrus&oldid=183968410 User:Antandrus] and [https://en.wikipedia.org/w/index.php?title=User:Binksternet&oldid=739584867 User:Binksternet].''

1. Format for listing bare and insulated pipes

2. Saving calculation due to insulation of bare pipes and flanges

3. Calculation of fixed steam load: This loss will take place irrespective of production

4. Steam trap selection guide

5. Condensate Recycling: Improving condensate recovery reduces steam cost

6. Flash Steam Estimation: Condensate of higher pressure can result into generation of significant quantity of steam at lower pressure

Who are you? Where do you live? What are your hobbies? What is your area of expertise? What kind of work do you do here at Wikipedia? Especially that last one. What are your hopes and aspirations for this encyclopedia? What is your vision of what it can become? ''Example: [https://en.wikipedia.org/w/index.php?title=User:CatherineMunro&oldid=167525071 User:CatherineMunro].''

Driers

Sharing your dreams may make them come true.

1. Recording of Driers Specification (Steam/Fuel fired, Batch/Continuous)

2. Determination of efficiency of driers: Direct and Indirect Efficiency Test (Also computes %Radiation loss, % Loss due to Moisture %Dry gas loss, %Wet gas loss, Avg. fuel consumption; Documents ID & FD fan power consumption

3. Energy Conservation Opportunities around Drier: Moisture Reduction in Feed, Reduction of Batch Time, Exhaust air reduction, etc.

Another example of ''Wikimagic''.

Distillation Column

=== Experiment and don't be afraid to ask for help ===

1. Recording of Re-boiler, Condenser & Column details and Reflux justification (Internal / External)

2. Measurement of Column Efficiency: This also gives Surface Heat Loss

3. Minimum Energy Requirement for carrying out distillation: Compare with actual to improve Productivity and Energy Conservation by Feed Preheating, Reduction of Internal Reflux

You're highly encouraged to experiment with markup; in the same line as being creative, it also gives you some valuable experience with HTML. After all, what's a userpage if you can't understand the code on it? And don't be afraid to [[WP:HELPDESK|ask for help]] if you get stuck.

Evaporators

=== Consider a theme ===

1. Recording of Evaporator details; Determination of evaporation efficiency

2. Concept of multiple effect evaporation; Salting-out evaporators

3. Energy Conservation through Thermo compression and mechanical vapor compression

Many of the best userpages present a theme. It can be an artistic theme in the layout, or a conceptual theme in the content presentation. If you would like your page to stand out, then avoid making it a loosely tied assortment of random boxes and tidbits of information.

Reactors

=== Mix up your colors ===

1. Recording of Reactor details

2. Performance Evaluation by Direct Test

Stylistically, colors can really affect a page's appeal. They can accent a theme. They can set a mood. They can imply your nature. Are you always smiling? Then bright colors could help you present yourself as a happy person to the entire world. Smooth, splashy, serene, or serious &ndash; they can all be attained via colors. For color codes, see [[Web colors]]. ''For how to apply them to page elements, see [https://en.wikipedia.org/w/index.php?title=User:The_prophet_wizard_of_the_crayon_cake&oldid=126819395 User:The_prophet_wizard_of_the_crayon_cake].''

Thermic Fluid Heaters

=== Use images to get your point across ===

1. Recording of Thermic Fluid Heater Specification

2. Performance Evaluation by Direct Test

Some of the most striking user pages present a radical combination of images to impact the viewer. What better way to get one's point across? They don't say "a picture is worth a thousands words" for nothing. And while words can familiarize someone with the inner you, images can provide an actual glimpse for them into your world. ''See [[MOS:IMAGESYNTAX|How to place an image]] and [[Wikipedia:Picture tutorial]]. Or find a picture in a Wikipedia article, and copy its wikicode from the edit window.''

Energy Conservation Opportunities (ECO) Implementation

''But, before you use images, be sure to see [[Wikipedia:Image dos and don'ts]].''

1. Tankfarm Management

2. Boilers; Steam Traps; Condensate Handling and Furnaces

Images are also a major component of the encyclopedia, and are another way for contributors to shine. Your user page is the perfect place to showcase your visual contributions, sprinkled throughout the page, or presented as a gallery.

Concluding Remarks for See-ThermiSave:

Many more free pictures can be found at [[Commons:|Wikimedia Commons]].

Continuous energy monitoring in the plant is needed to achieve high savings in energy bill and to increase the profit margin. See-ThermiSave helps the industry to maintain standard energy consumption norms in any kind of process and also trains the plant personnel to implement energy Conservation measures and techniques. It helps to keep a check on the operational efficiency of the equipments at any time and control the losses. Thus it makes a complete energy audit of a plant in less time and great accuracy. Two case studies: one for Oil Fired Boiler Efficiency Calculations (performance evaluation) & Savings due to Excess Air Minimization and the other for savings by Insulating Bare Pipes With Calculation For Fixed Steam Loss are attached.

== Bigger is not necessarily better ==

Some users keep it short and sweet. The less you say, the more weight each word carries. In a minimalist design, a user might just state the one or a handful of things they wish to emphasize. Or simply provide links to elsewhere, relying on subpages to elaborate&mdash;this may make a crisp and clean first impression. One such design is the "hub" style userpage: like the one by [http://en.wikipedia.org/w/index.php?title=User:AxG&oldid=722412274 AxG]. (The User page design guide's [[WP:UPDC|main page]] utilizes a hub design). Another is the central image style, showcasing a single picture, accompanied by tabs or a menu for further navigation, like used by [http://en.wikipedia.org/w/index.php?title=User:Trevor_MacInnis&oldid=320353070 Trevor_MacInnis]. Generally, "minimalist" would be a page that requires no scrolling.

See-UtiSave: Empowering Electrical Energy Conservation

== See also ==

See-UtiSave makes it easier to understand the energy interactions, effects of various design & operating parameters on efficiency and quantifies energy losses in Transformers, Power Factor Improvement, Motors, Pumps Compressors, Lighting, Cooling Tower, DG Sets, Refrigeration & Air Conditioning Units. It is highly interactive, user friendly and provides required knowledge base in the Help. The user can customize See-UtiSave by incorporating his plant particulars. It also serves as log-sheet for various records keeping. The analysis result can be printed in form of a report. It is also featured with off-line user defined energy monitoring module at SEB/ Feeder/DB level.

* [[Wikipedia:Template messages/User namespace]] - various messages for use on user pages.

</div></table></div>

Features of See-UtiSave: It facilitates & results into:

Energy Monitoring:

1. Applicable electrical tariff

2. Plant particulars : Section/ block Details (Name & Process)

3. DG sets details and monitors fuel consumption versus KWhr generated

4. Shift wise/Daily recording of KWhr, KVARh and computes shift wise average Power Factor

5. Electrical network (consisting various feeders & DBs) and provides monitoring of energy consumption versus production/output at SEB/Feeder/DB level

6. Monthly Electricity Consumption Data (Maximum Demand, Billing Demand, Power Factor, KWhr Consumption, Demand Charges, KWhr Charges, Monthly Bill)

7. Report generation for daily & monthly PF, KWhr & KVARh

8. Frequency Distribution & Regression Analysis for energy consumption & production/output at SEB/Feeder/DB level

9. Graphical representation of KWhr, MD, PF, KWhr Charges, MD Charges & Total Bill for a given year or period

PF Improvement:

1. Calculations for Capacitor (KVAR) requirement for desired PF improvement & reduction in demand charges

2. Payback period calculation for installing capacitors & Recommendations for improving PF

Induction Motors:

1. Incorporate Installed Motor Specifications

2. Choose Motors with design data for Motor Load Analysis

3. Log measured V, A, PF & KW; thus compute Motor Loading (%), Losses (KW), Efficiency, Annual KWhr consumption & Operating Cost

4. Evaluation for Energy Conservation Options (Delta to Star Conversion, Automatic Star/Delta Controller, Replacement by smaller rating Standard/Energy Efficient Motor, Installing Flat-belt drive, Energy Saver/Soft-Starter etc.) & the Saving Potential with Payback Period

5. KVAR requirement for Power Factor Improvement at Load End

6. Date &/or Section wise display of Motor Load Analysis

7. Maintenance record keeping, Cost Incurred, Monitoring of No-load Current (A) & No-load Power (KW)

8. Graphical display of Variation in Motor Current (A) & Power Drawn (KW) with Time

Compressor: This module facilitate user to:

1. Incorporate Compressor Specifications

2. Carry out Performance Evaluation by Free Air Delivery (FAD) & Leakage Test

3. Test Output in terms of FAD in m3/Min, Power Consumption in KW / 100 CFM, Leakage in m3/Min, Leakage loss in Rs/Annum

4. Log test data & retrieve test reports

5. Calculating Pressure drop in pipelines

Lighting:

1. Incandescent, Fluorescent Lamps & Mercury Vapor Lamps Analysis

2. Lighting Design for energy efficiency

Transformer:

1. Incorporate Transformer Specifications

2. Carry out Transformer Load Management

3. Calculate KVAR required for PF improvement due to Transformer Impedance

4. Improve PF for Two Phase Welding Transformers

Pumps:

1. Incorporate Pump Specifications

2. Carry out performance evaluation for the pump : Output – Total head, Pumping Capacity & Pump Efficiency

3. Calculate Motor Power (HP/KW) required for a given pumping requirement

4. Find out energy conservation potential by Impeller trimming, Replacing smaller impeller, providing variable speed drive and other measures

Cooling Tower (CT):

1. Incorporate Cooling Tower Design Parameters

2. Carry out Performance test

3. Output in terms of CT Capacity Utilization (%), CT Range (oC), CT Approach (oC), Evaporation Loss (%), Required Blow down (m3 /hr) & Makeup water (m3/hr)

4. Recommendation based on test results to improve CT performance

Case Studies for energy conservation in Motors & Compressors are attached.

CONCLUSION:

As one time energy conservation or audit study to reduce the energy bills in any plant is not an ever-lasting solution to reduce the production cost, continuous measuring and monitoring of the energy consumption parameters in the plant are the need of the hour. The energy conservation culture has to be imbibed in any industry irrespective of the type of plant. Knowledge based Expert Systems are one of the best and viable solutions to measure and monitor the energy consumption pattern continuously. See-ThermiSave & See-UtiSave are such software tools which helps the user to maintain standard energy consumption norms in any kind of process and also trains the plant personnel to make them competent to implement energy Conservation measures and techniques.