It's all about Large Scale Energy Storage
Grid-scale electrochemical energy solutions are needed to utilize the full potential of renewable energy technologies such as solar, wind, etc. to achieve the zero-carbon emission goals for building a greener world.
With our innovative dual-ion intercalating electrodes, we are building the non-flammable, fireproof Super-battery to store and deliver giga-scale electrical energy at ultra-high current rates.
We are building
Dainik Jagran : September 26, 2025
सफलता: सेलग्रिड ने आईआईटी बीएचयू के साथ बनाई सुपर बैटरी, आम बैटरी से तीन गुना ज्यादा क्षमता; वैज्ञानिकों ने किया ये दावा...
Dainik Jagran : September 25, 2025
सेलग्रिड की टीम ने आईआईटी-बीएचयू के साथ तैयार किया लिथियम बैटरी का विकल्प ...
Mesoporous Nano-FeAlO3 as a cation intercalating pseudocapacitive negative electrode for the fabrication of (Ni0.5Co0.5C2O4 // FeAlO3) asymmetric:This study reports the first conceptualization of a dual-ion intercalating aqueous battery that can be employed to...
Orthorhombic Cr1−xFexPO4 (0 ≤ x ≤ 0.2): An Efficient Oxygen Evolution Reaction Electrocatalyst in Alkaline Medium:In the current scenario of the energy crisis and environmental concerns, oxygen evolution reaction (OER)...
Combustion-Synthesized KNiPO4: A Non-toxic, Robust, Intercalating Battery-Type Pseudocapacitive... : The robust performance and long cycle life of the electrode in full cells confirm the applicability of the material to ...
Synthesis and Electrochemical Performances of Fluffy Carbonized Hexagonal KCoPO4 as Pseudocapacitive Electrode...: . The fabricated device in AASc mode (AC//KCoPO4) achieved the highest energy density close to 121.1 Wh/kg with...
Framework structured Ce2(C2O4)3.10H2O as a pseudocapacitive electrode of a hybrid... :The detailed electrochemical studies confirm a high cyclic stability and a superior electrochemical charge storage property...
Managing Director
Dr. Neeraj has been a member of Cellgrid Energy since its inception and currently holds the position of Managing Director within the organization. Dr. Mishra received his Ph.D. from IIT(BHU) Varanasi, focusing his research on the development of novel metal-oxalate electrodes for intercalative battery-type hybrid capacitors. He has developed a wealth of industrial experience by leading firms that are dedicated to the energy industry.
Co-Founder, Director (Technology & Innovation)
Dr. Konda Shiva earned his PhD in Nanotechnology for Battery Applications from IISc Bangalore. He worked in close association with the Battery Pioneer & Nobel laureate, Professor J.B. Goodenough, during his postdoctoral research at UT Austin. With significant experience in this domain, he has led the battery division of multinational corporations such as Nissan and holds numerous patents in the field.
Director (Business development & Expansion)
Mr. Naved Iqbal earned his MBA in finance from IMS (FMS, BHU) and has been working in the recycling and renewable energy fields since 2010. He possesses a broad range of global business experience and oversees multiple companies, including Cellgrid Energy.
Director (HR)
Mr. Satyendra is an MBA graduate with substantial experience in the corporate sector. He has been employed by multinational companies such as Mahindra and Cognizant, acquiring a wealth of knowledge in Business Development and Public Relations.
Principle Scientist (Battery Fabrication)
Post-Doc (Korea Institute of Energy Technology (KENTECH)), Ph.D. (D.Y. Patil Educational Society, Kolhapur)
Principle Scientist (Battery Design)
Ph.D. & M.Tech (Indian Institute of Technology(BHU) Varanasi),
Battery Engineer
Project Fellow (ARCI, Hyderabad), M.Tech (Central University of Jharkhand, Ranchi)
Battery Engineer
Project Fellow (SSCU, IISc Bangalore), M.Sc. (Mahatma Gandhi University, Kerala)
Battery Engineer
M.Sc. Chemistry (University of Allahabad)
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