Aster E Technologies
Advanced equipment and engineering solutions for solar PV and electronics manufacturing.
About Aster E Technologies
Aster E Technologies in Bengaluru Urban, Karnataka, is an electronics store and engineering solutions provider founded in 2009. The company delivers advanced equipment, turnkey solutions, and reliability laboratories for the Solar PV, Perovskite, Semiconductor, Energy Storage, and Advanced Electronics Manufacturing industries, supported by global technology partnerships and after-sales service.
Services and products
- Turnkey Solutions
- PV Reliability Laboratories
- PV Aluminium Fabrication Line
- Module Line Automation
- PV Quality Testing Lab Equipment
- Solar Cell Metrology Machines
- Solar Laminators
- LED Based Sun Simulators
- Al Frame Fabrication
- Perovskite and Tandem Cell Manufacturing Technologies
- Ingot to Wafer Production Equipments
- MEMS foundry Services
Business details
Frequently asked questions
What industries does Aster E Technologies serve?
Aster E Technologies serves the Solar PV, Perovskite, Semiconductor, Energy Storage, and Advanced Electronics Manufacturing industries.
What cell technologies are compatible with the turnkey solutions offered by Aster E Technologies?
The turnkey solutions are compatible with new cell technologies such as MonoPERC, TopCon, HJT, and G2G.
What global compliance standards do the PV quality testing equipment from Aster E Technologies support?
The testing equipment supports global standards including IEC 61215, IEC 61730, IEC 61701, UL 1703, and BIS.
When was Aster E Technologies founded?
Aster E Technologies was founded in 2009.
What types of solar cell metrology systems does Aster E Technologies provide?
Aster E Technologies provides advanced metrology systems including Cell IV testers, EL/PL imaging, contact resistivity testers, and aerospace-grade cell imaging tools.
More Electronics Stores in Bengaluru Urban
Manufacturer and service provider of electronic voltage stabilizers and power electronics equipment in Bengaluru
Call now