InstaSine was founded in 2016 by a group of IITD (Indian Institute of Technology, Delhi) alumni, with over 30 years of combined first-hand R&D experience, especially, in the fields of digital control systems and power electronics with the focus on power quality enhancement and renewable energy systems. The increased proliferation of power electronics based electric loads, such as, variable frequency drives, cyclo-converters, choppers, battery chargers etc., generally distort the wave shapes of current and voltage to be non-sinusoidal at the customer end, hampering the quality and efficiency of electric power system. InstaSine stands for Instantaneous Sine wave, be it a current or voltage. The first two products introduced by InstaSine, namely i - Sine and v-Sine effectively corrects the wave shapes of current and voltage to be pure sinusoidal at the customer end. Our products assure the current and/or voltage quality as per IEEE standards.
Founded by IIT Delhi Alumni with over 30 years of combined First-Hand R&D Experience in the areas of Power Electronics and Power Quality.
So far, our team has contributed more than 90 International Research Articles that includes more than 40 in world recognized various IEEE Transactions
“Promising a better tomorrow” is our vision that drives us in what we do today. Through continuous in-house R&D, innovation and technological advancements, we aim to position ourselves as a leading power quality enhancement solutions provider to the industries across the globe, to make customer’s equipment reliable, efficient, and long lasting.
Co-founders are IIT Delhi alumni with M. Tech. and PhD degrees in Electrical Engineering with expertise in Power Electronics, Electric Machines and Drives. Team has tremendous R&D experience and worked on several research projects at different institutes worldwide that includes, Massachusetts Institute of Technology (MIT), Boston, USA and Khalifa University (formerly, Masdar Institute of Science and Technology), UAE.
In-house research and development (R&D) is the backbone of InstaSine, while, “Innovation” drives the company’s vision. R&D activities span form power electronics converter topologies, magnetics, artificial neural network, adaptive control to system optimization. Team has contributed more than 90 international research articles that includes more than 40 in world recognized various IEEE Transactions, such as, IEEE Trans on Power Electronics, IEEE Trans on Industrial Electronics, IEEE Trans on Industrial Informatics, IEEE Trans on Power Delivery, IEEE Trans on Power System, IEEE Trans on Energy Conversion, IEEE Trans on Sustainable Energy and IEEE Trans on Smart Grid.
This is to certify that M/s InstaSine has supplied, installed and commissioned their IGBT based i - Sine Active Harmonic Filter. Since more than a year, i - Sine AHF has been maintaining the plant input current distortion levels below 3% all time, and balancing the three-phase input currents. We are highly satisfied with the M/s InstaSine in terms of their product performance, reliability, and preventive maintenance visits.
In early 2018, a 3-phase 4-wire i - sine AHF from M/s InstaSine was commissioned for balancing three-phase input currents, and elimination of neutral current at the transformer secondary. In addition to performing these tasks, i - sine AHF has also been maintaining the HT side power factor close to unity and eliminating harmonics in the load current. Thereby, we are able to get the full incentive being offered by MSEDCL. We are very satisfied with the performance of i - sine AHF form M/s InstaSine.
M/s InstaSine has implemented full inverter based i - sine AHF solution at Engineering components and equipments. With this unit, the plant power factor on HT side is being maintained unity. Moreover, plant current hamronics are being cancelled to achieve sinusoidal input currents. We are satisfied with the performance of this full inverter-based solution from M/s InstaSine.
M/s InstaSine has supplied, installed and commissioned their i - sine AHFs at two critical power distribution panels at Navi Mumbai. Further to the installation of these i - sine AHFs in March-2018, the incomer current THDs are being maintained below 3% with reduced voltage THDs at load ends, balanced three-phase current and single-digit neutral current. We are satisfied with the performance of i - sine AHFs. We also appreciate the technical prowess and the progressive approach of the M/s InstaSine’s team.
“The singular inverter based solution from M/s InstaSine has maintaining unity power factor on HT side, and eliminating current harmonics to achieve sinusoidal input currents. We appreciate M/s InstaSine for providing us such a compact and effective solution.”
“M/s InstaSine has installed their i - sine AHFs rated at 100A and 300A for harmonic mitigation in our plant since February 2017. We were facing a lot of problems, such as, excessive heat loss in cables and transformer, voltage distortion at PCC, frequent failure of VFDs due to excessive harmonics produced by our VFDs. To mitigate these problems, we took the decision to install M/s InstaSine make AHF because they are the original equipment manufacturer with excellent team of IITians behind the product development. We are very to state that these units are working satisfactorily under harsh environment of pulp and paper mill.”