Service Details:
Service Location | On-Site |
Application Area | Industrial |
Testing Type | Leakage Testing, Bearing Failure, Overload Circuits |
Type Of Testing | Infrared Thermal Imaging |
Mode Of Report | Soft Copy |
Testing Area | Electrical |
Test Location | Customer Place |
Cameras Used | FLUKE, TESTO |
Thermography is a test method used to detect poor connections, unbalanced loads, deteriorated insulation, or other potential problems in energized electrical components.
These problems may lead to excess power use, increased maintenance costs, or catastrophic equipment failure resulting in unscheduled service interruptions, equipment damage, or other problems.
Also known as infrared inspection, thermography relies upon sensing of the heat emitted from the surface of an object in the form of infrared radiation. To detect and convert the infrared radiation into either a temperature value or a thermal image, test instruments are used. These instruments are also used to assess the thermal condition of the object at the time of measurement. One of the most common types of infrared thermal imaging device is an infrared camera.
These cameras are used for inspections of various electrical and mechanical systems, pipework faults, refractory and petrochemical installations and components in all sizes and shape.
Some of the failures that can be detected with these cameras are:
We use these methods and pieces of equipment to properly identify defects in the existing systems. After the identification, we give recommendations to fix the faults.
Commercials:
For Companies in Delhi NCR:
Commercial Buildings (1-2 Floors) : Rs. 15,000/-
Commercial Buildings (3-10 Floors) : Rs. 25,000/-
Factories / Warehouses : Rs. 25,000/-
For Companies in Delhi NCR:
Commercial Buildings (1-2 Floors) : Rs. 25,000/-
Commercial Buildings (3-10 Floors) : Rs. 35,000/-
Factories / Warehouses : Rs. 35,000/-
Service Details:
Minimum Order Quantity | 1 Order |
Service Location | As per the requirement |
Approximate Room Temperature | Not Specified |
Application Area | Commercial Buildings |
Load Type | Not Specified |
Type Of Light To Be Used | Not Specified |
Service Type | Not Specified |
Number Of Rooms | Not Specified |
Mode Of Report | Software Generated |
Phase Type | Not Specified |
Type Of Appliance To Be Used | Not Specified |
Energy Consumption Per Month | Not Specified |
Connectivity Device | Not Specified |
Door And Windows Made By | Not Specified |
Energy Star Certified | Not Specified |
Indication Method | Not Specified |
Input Power Required Per Day | Not Specified |
Installation Required | Not Specified |
Model/Year Of Appliance | Not Specified |
Monitoring Report Available | Not Specified |
Monitoring Service Required | Not Specified |
Number Of Main Boards | Not Specified |
Service Section | Not Specified |
Source Of Electrical Energy | Not Specified |
Type Of Renewable Energy | Not Specified |
Standard Used | Energy Conservation Building Code |
The Energy Conservation Building Code (ECBC) was launched in May 2007 ( with the latest version being of 2017 ) by the Bureau of Energy Efficiency (BEE), Ministry of Power. Its main objective is to establish minimum requirements for energy-efficient design and construction of buildings.
Over time, with our growing technological skills, these buildings have also been increasingly designed and operated to place exorbitant demands on natural resources, such as land, water, and energy, to mention a few. Today, buildings have evolved into a diverse array of typologies designed to meet the highly specific requirements of the people who live and work in them.
Therefore, incorporation of sustainable practices in building design and operation is no longer a choice but a necessity for a sustainable future.
Energy audits involve gathering system information, measuring energy use, developing conservation strategies, choosing the most cost-effective plan, implementing changes, and verifying results. Also, a proactive facility continues improving energy efficiency by repeating this process at regular intervals.
Additional Information:
Service Details:
Type Of Energy | Electrical |
Usage/Application | Industrial |
Type Of Service Provider | Energy Firm with BEE Accredited and Certified Energy Auditors |
Reason For Audit | Energy Savings & Optimization |
Audit Type | Electrical Audit |
Mode Of Report | Soft Copy |
Audit Frequency | Recommended Yearly |
Audit Method/Approvals | BEE Energy auditing Standards |
Service Location | Global |
Energy Auditing is the process of monitoring and analyzing the consumption of energy involving the submission of a technical analysis containing recommendations for improving energy efficiency with cost-benefit analysis and an energy consumption reduction plan.
Implementation of recommended measures can help companies achieve a significant reduction in their energy consumption levels.
It consists of an organized study on energy-consuming sections and pieces of equipment including the construction of heat and mass balance with a view for identifying the flow of energy, the utilization efficiency of energy in each of the steps and pinpoint wasteful energy used.
A proper audit can reveal the areas of wastage of energy and where it would be possible to suggest saving of energy.
The energy audit report contains recommendations for improving energy efficiency with cost-benefit analysis and a plan to reduce energy consumption. The overarching benefit of the energy audit and its implementation is to help the designated energy consumers achieve a significant reduction in their energy consumption levels.
Types of energy audit:
Service Details:
Service Location | Global |
Type Of Energy | Electrical |
Usage/Application | Residential |
Application Area | Residential |
Reason For Audit | Energy Savings |
Audit Type | Electrical Audit |
Mode Of Report | Soft Copy |
Audit Frequency | Recommended Yearly |
Audit Method/Approvals | BEE Energy Auditing Standards |
Energy Auditing is the process of monitoring and analyzing the consumption of energy involving the submission of a technical analysis containing recommendations for improving energy efficiency with cost-benefit analysis and an energy consumption reduction plan.
Implementation of recommended measures can help companies achieve a significant reduction in their energy consumption levels.
It consists of an organized study on energy-consuming sections and pieces of equipment including the construction of heat and mass balance with a view for identifying the flow of energy, the utilization efficiency of energy in each of the steps and pinpoint wasteful energy used.
Key Areas that are covered in Residential Energy Audit: