Gravity based energy storage for India
New Delhi, 29th November 2022 India is aiming for 500GW of renewables by 2030, predominantly solar. Energy storage technologies are...
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WE ARE MORE THAN ADVISORS
Your Energy
Transformation Partner
We offer you the most advanced and state-of-the-art cleantech solutions in the areas of energy storage, green hydrogen, smart grids and smart cities.
WE MAKE ENERGY A COMPETITIVE MARKET
Leapfrogging To Smart Energy
We accelerate India’s transformation into a more sustainable future by connecting cleantech innovation with the economic market demand.
Green Hydropgen
Energy Storage
WE BELIEVE IN WHAT WE DO
European Standards Of Excellence
Prominent Cost Reductions
Proven New Technology
We have access to the European cleantech innovation network. We work with proven technologies.
We partner with innovative companies to adapt their technology and manufacturing to the Indian market which reduces costs even more.
We develop a proof-of-concept in the form of a lighthouse project, to show that the technology also works in local Indian conditions.
The Panitek Advantage
Why Switch To Clean Energy?
Cost Savings
India imports almost 85% of its oil and 53% of natural gas requirements. The country could reduce its energy imports by switching from imported fossil fuels to domestically manufactured green hydrogen, energy storage systems and smart grids.
Carbon Footprint
In November 2021, 120 nations took a collective decision to reduce their carbon dioxide emissions by 45% in order to reach net zero by 2050. Clean energy development is a central element of the global effort to lower greenhouse gas emissions.
Energy Security
Using renewable energy is an effective way to mitigate the effects of fossil fuel price fluctuations. With the current geo-political situation, supply of these traditional fossil fuels is completely uncertain. All countries are now looking at ways to be self-reliant in terms of energy use.
WE ARE INNOVATION EXPERTS
Our Focus Areas
Energy Storage
Energy storage is often considered the holy grail of the transition to a low-carbon system. Energy storage systems play an important role in a situation where there is a huge increase in variable renewable energy in the system. We focus on both stationary energy storage and mobile electric energy storage systems.
Green Hydrogen
Hydrogen can be produced by various processes and energy sources. Currently, 95% of the hydrogen produced comes from fossil fuel sources. We believe that alkaline and PEM electrolysers will bring a fundamental change in the green hydrogen sector.
Smart Cities & Smart Grids
As smart grids become more integrated, they are able to address key issues like reducing AT&C losses, peak load management, integrating renewable energy, congestion and asset management. We focus on technologies like distribution grid management, demand side flexibility, stationery energy storage systems and smart street lighting systems.
Energy Storage
Energy storage is often considered the holy grail of the transition to a low-carbon system. Energy storage systems play an important role in a situation where there is a huge increase in variable renewable energy in the system. We focus on both stationary energy storage and mobile electric energy storage systems.
Green Hydrogen
Hydrogen can be produced by various processes and energy sources. Currently, 95% of the hydrogen produced comes from fossil fuel sources. We believe that alkaline and PEM electrolysers will bring a fundamental change in the green hydrogen sector.
Smart Cities & Smart Grids
As smart grids become more integrated, they are able to address key issues like reducing AT&C losses, peak load management, integrating renewable energy, congestion and asset management. We focus on technologies like distribution grid management, demand side flexibility, stationery energy storage systems and smart street lighting systems.
Energy Storage
Energy storage is often considered the holy grail of the transition to a low-carbon system. Energy storage systems play an important role in a situation where there is a huge increase in variable renewable energy in the system. We focus on both stationary energy storage and mobile electric energy storage systems.
Green Hydrogen
Hydrogen can be produced by various processes and energy sources. Currently, 95% of the hydrogen produced comes from fossil fuel sources. We believe that alkaline and PEM electrolysers will bring a fundamental change in the green hydrogen sector.
Smart Cities & Smart Grids
As smart grids become more integrated, they are able to address key issues like reducing AT&C losses, peak load management, integrating renewable energy, congestion and asset management. We focus on technologies like distribution grid management, demand side flexibility, stationery energy storage systems and smart street lighting systems.
Energy Storage
Energy storage is often considered the holy grail of the transition to a low-carbon system. Energy storage systems play an important role in a situation where there is a huge increase in variable renewable energy in the system. We focus on both stationary energy storage and mobile electric energy storage systems.
Green Hydrogen
Hydrogen can be produced by various processes and energy sources. Currently, 95% of the hydrogen produced comes from fossil fuel sources. We believe that alkaline and PEM electrolysers will bring a fundamental change in the green hydrogen sector.
Smart Cities & Smart Grids
As smart grids become more integrated, they are able to address key issues like reducing AT&C losses, peak load management, integrating renewable energy, congestion and asset management. We focus on technologies like distribution grid management, demand side flexibility, stationery energy storage systems and smart street lighting systems.
Energy Storage
Energy storage is often considered the holy grail of the transition to a low-carbon system. Energy storage systems play an important role in a situation where there is a huge increase in variable renewable energy in the system. We focus on both stationary energy storage and mobile electric energy storage systems.
Green Hydrogen
Hydrogen can be produced by various processes and energy sources. Currently, 95% of the hydrogen produced comes from fossil fuel sources. We believe that alkaline and PEM electrolysers will bring a fundamental change in the green hydrogen sector.
Smart Cities & Smart Grids
As smart grids become more integrated, they are able to address key issues like reducing AT&C losses, peak load management, integrating renewable energy, congestion and asset management. We focus on technologies like distribution grid management, demand side flexibility, stationery energy storage systems and smart street lighting systems.
Energy Storage
Energy storage is often considered the holy grail of the transition to a low-carbon system. Energy storage systems play an important role in a situation where there is a huge increase in variable renewable energy in the system. We focus on both stationary energy storage and mobile electric energy storage systems.
Green Hydrogen
Hydrogen can be produced by various processes and energy sources. Currently, 95% of the hydrogen produced comes from fossil fuel sources. We believe that alkaline and PEM electrolysers will bring a fundamental change in the green hydrogen sector.
Smart Cities & Smart Grids
As smart grids become more integrated, they are able to address key issues like reducing AT&C losses, peak load management, integrating renewable energy, congestion and asset management. We focus on technologies like distribution grid management, demand side flexibility, stationery energy storage systems and smart street lighting systems.
Energy Storage
Energy storage is often considered the holy grail of the transition to a low-carbon system. Energy storage systems play an important role in a situation where there is a huge increase in variable renewable energy in the system. We focus on both stationary energy storage and mobile electric energy storage systems.
Green Hydrogen
Hydrogen can be produced by various processes and energy sources. Currently, 95% of the hydrogen produced comes from fossil fuel sources. We believe that alkaline and PEM electrolysers will bring a fundamental change in the green hydrogen sector.
Smart Cities & Smart Grids
As smart grids become more integrated, they are able to address key issues like reducing AT&C losses, peak load management, integrating renewable energy, congestion and asset management. We focus on technologies like distribution grid management, demand side flexibility, stationery energy storage systems and smart street lighting systems.
Energy Storage
Energy storage is often considered the holy grail of the transition to a low-carbon system. Energy storage systems play an important role in a situation where there is a huge increase in variable renewable energy in the system. We focus on both stationary energy storage and mobile electric energy storage systems.
Green Hydrogen
Hydrogen can be produced by various processes and energy sources. Currently, 95% of the hydrogen produced comes from fossil fuel sources. We believe that alkaline and PEM electrolysers will bring a fundamental change in the green hydrogen sector.
Smart Cities & Smart Grids
As smart grids become more integrated, they are able to address key issues like reducing AT&C losses, peak load management, integrating renewable energy, congestion and asset management. We focus on technologies like distribution grid management, demand side flexibility, stationery energy storage systems and smart street lighting systems.
Energy Storage
Energy storage is often considered the holy grail of the transition to a low-carbon system. Energy storage systems play an important role in a situation where there is a huge increase in variable renewable energy in the system. We focus on both stationary energy storage and mobile electric energy storage systems.
Green Hydrogen
Hydrogen can be produced by various processes and energy sources. Currently, 95% of the hydrogen produced comes from fossil fuel sources. We believe that alkaline and PEM electrolysers will bring a fundamental change in the green hydrogen sector.
Smart Cities & Smart Grids
As smart grids become more integrated, they are able to address key issues like reducing AT&C losses, peak load management, integrating renewable energy, congestion and asset management. We focus on technologies like distribution grid management, demand side flexibility, stationery energy storage systems and smart street lighting systems.
Energy Storage
Energy storage is often considered the holy grail of the transition to a low-carbon system. Energy storage systems play an important role in a situation where there is a huge increase in variable renewable energy in the system. We focus on both stationary energy storage and mobile electric energy storage systems.
Green Hydrogen
Hydrogen can be produced by various processes and energy sources. Currently, 95% of the hydrogen produced comes from fossil fuel sources. We believe that alkaline and PEM electrolysers will bring a fundamental change in the green hydrogen sector.
Smart Cities & Smart Grids
As smart grids become more integrated, they are able to address key issues like reducing AT&C losses, peak load management, integrating renewable energy, congestion and asset management. We focus on technologies like distribution grid management, demand side flexibility, stationery energy storage systems and smart street lighting systems.
Case Studies
Successful projects with our partners.
- Dec 1, 2022
Cloud-based Digital Twin for grid
New Delhi, 21st October 2022 Panitek Power to implement a cloud-based Digital Twin for the grid in a suburb of Delhi. With the support of...
- Jul 14, 2021
Lighthouse project at TERI Gram
About the Company eSave, a Swiss pioneer SMI company, converts traditional lighting infrastructure to cost-effective LED technology. The...
To partner with us, contact our Technology Advisor.
Vedant Rathi, Associate VP of Business Development
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