Established in 1992.

2. Company Company Established in 1992. Started by visionary Engineers & Entrepreneurs with Proven Power Electronics background. Committed to energy conservation. Made a humble beginning with florescent light chokes that conserve energy. Committed to environmental protection. Conscious of social responsibility.

3. Objective Objective To be a pioneer in the development & manufacture of products & technologies aimed at energy conservation and help the society towards sustainable development

4. Focus Focus To develop technology intensive, high MTBF low MTTR, custom-built & user-friendly products

5. Servo Stabilizers APFC panels UPS Power Savers Products Products

6. Accreditations/ Approvals Accreditations/Approvals

7. INTELLIGENT CAPACITOR FAULT DETECTOR (CFD)

8. 1.What is Power Factor? • The Power factor of an AC electrical power system is defined as the ratio of the Real power(kw) flowing to the load, to the Apparent power (kva) • Power factor(cos ø)=Real Power/Apparent Power • =kw/kva

9. 2.Need Of Power Factor Improvement • Whenever the power factor is low, automatically its demand(kva) and consumption of units(kvah) increases. • It leads to huge power bills/penalties i.e. higher than 20 - 40% of normal bill. So Improvement of P.F leads to Reduction in Electricity bill

10. 3.How to Improve Power factor • Power Factor can be Improved by providing reactive power compensation towards load side using a Capacitor bank. • Capacitor value designed depending on Load of the system

11. 4.What is the effect in case of Capacitor fails • Due to failure of Capacitor Demand & Consumption Of units will increases. • So Customer will be charged /penalized by high amount.

12. 5.How to measure Capacitor value • Capacitor rating is in terms of KVAR approximate 1.3amp per kvar. • Its healthiness can be checked by value of current passing through it.

13. 6.Working principal An Intelligent micro processor based circuit will sense the healthiness of the capacitor bank time to time, whenever the capacitor bank value is de-rated by 25% of its normal value or even failed in any one phase, the system will operate the buzzer or hooter.

14. 7.BLOCK DIAGRAM KVAR Sensing circuit R Y B N Capacitor Alarm OR Hooter

15. 8.Single line Diagram PCB Hooter N R Y B

16. 9.Need of the Product? • As per the E.B billing system for all the industrial& commercial(above 10H.P load) consumers will be billed for KVAH as units. Example: An L.T consumer is consuming 1000 units per month at units p.f by installing fixed capacitor bank

17. Example: An L.T consumer is consuming 1000 units per month at units p.f by installing fixed capacitor bank Incase capacitor are de-rated or failed, then the same consumer will be billed for 1250 units@0.8p.f lag 1666 units@0.6p.f lag 2000 units@0.5p.f lag By installing our system the consumer will be alert by buzzer whenever the capacitor bank are de-rated or failed

18. 10.How to install it? Where to Install it? • It can be Installed at main incoming of distribution system. • It can be in parallel connection with the load at main incoming of LT side.

19. 11.Installation Diagram E.B Meter H.T Transformer Load Control Panel CFD Capacitor

20. 13.Capacitor Fault Detector

21. 14. Saving with the Capacitor fault detector By using of Capacitor Fault detector customer can avail the benefits of 1.Reduction in Power bills 10-20% 2.Maximum demand within the limits 3. Free from Power factor penalties 4.Incentives for Maintain Good Power Factor

22. 15.Our other Products? We are mainly concentrating in Reduce of Energy conservation Our other products are • Power Savers • A.P.F.C Panels • Servo Stabilizers • Home UPS(Solar/Non-solar) • Energy Audit

23. Save todaySurvive tomorrow