Keltron Supercapacitors

Highly Precised with Cutting-Edge Automation

India's First Supercapacitor Production Facility

Completely Automated Equipments For Production Of Supercapacitors

Recognized for Excellence in Quality and Productivity

KELTRON COMPONENT COMPLEX LTD (KCCL) was established on 8th October 1974 in technical collaboration with M/s. Sprague Electromag, Belgium for manufacture of Aluminium Electrolytic Capacitors. KCCL went into commercial production on 19th August 1978. Since then KCCL has grown and now is the biggest manufacturer of Aluminium Electrolytic Capacitors in India. Presently the installed annual capacity is 250 Million Pcs, which can go upto 275 Million Pcs in 3-shifts. It also produces other passive electronic components including Resistors and Crystals.

It is the first company with completely automated equipments for production of supercapacitors and is the only indigenous commercial scale manufacturer of supercapacitors in India. The project is technically supported by ISRO and funded by Govt of Kerala.

SUPERCAPACITOR PRODUCTS

SUPERCAPACITOR BROCHURE

PRODUCT SPECIFICATIONS

Keltron produces Radial Lead Out (3F to 25F) and High CV (50F to 500F) supercapacitors with 2.5 V & 2.7 V ratings in Snap-in, Lug and Screw terminal configurations which works in varied temperature form -40 c° to 65 c°.

RESEARCH INITIATIVES

Keltron Component Complex Ltd (KCCL) was involved in the research for the development of Supercapacitor Technology for many years.

PRODUCTION FACILITY

Processes for the Supercapacitor production are highly sensitive to moisture and foreign particles. The overall moisture trapped inside the capacitor should be less than 1ppm for the proper working of the Supercapacitor. Hence the production machineries are housed in a 0.5% RH - clean class 10000 dry room setup at an investment of Rs. 3.5 crores.

APPLICATIONS

The Supercapacitor has many advantages in applications with a high-power density, and many charge/discharge cycles or a longer life are required. SCs are used in wind turbines, mobile base stations, electronic devices, and different industrial practices. In addition, they have started to be used in UPS, electric vehicles, and various power electronics applications, thanks to their superiority over lead-acid batteries.

OTHER PRODUCTS