We are a new start-up that is bringing graphene supercapacitor batteries into the market and introducing it as a safe alternative to lithium batteries. Although more expensive the difference is significant and would pay for itself in the long run.

• Graphene Supercapacitor cells.
• Highest Energy Transfer Efficiency
• Safest Technology

Graphene Supercapacitor Battery can recharge quicker and use less from the grid and or generator Diesel as it will give anywhere between 5-8 hours of electricity after an hour and a half to two hours of charge from the grid and or generator!

I would also like to introduce our Company, BATGRAF Inc. BATGRAF Inc. is a new startup company focused on sustainability in the Energy Industry. We look at innovative solutions that drive, aim, and support sustainability and energy efficiency road maps.

One of the essential products we promote is Graphene Battery Technology, Fast Charging, Normal Discharging, environmentally friendly, harsh environment compatibility, and long life cycle.

This Battery technology is suitable for remote and unmanned operations requiring high reliability and availability solutions with much less maintenance.

Our technology is suitable for both home and commercial use; with the price of diesel and gasoline gone up over the last six months and with the increasing promotion to shift into solar and wind, Batteries have become an essential part of our daily lives, especially with a higher demand on electricity both in Europe and the USA and all over the globe. We aim to provide a safe battery alternative to lithium, a cheaper alternative and longer lasting than lithium. Our batteries’ advantage is that they are safe, not prone to losing power over time and usage, and have no chance of exploding and causing fires that are hard to control, like lithium; the other advantage is that graphene is carbon and is fully recyclable.

The average home uses about 10 to 15 KWH; this can provide electricity for 8 to 10 hours and is recharged over 1 1/2 to two hours.

Commercially there are several applications to our technology, and the batteries used tend to cycle five times per day for 10,000 cycles, a total of 50,000! They come as high-voltage battery systems that can potentially power Buildings using a common solar panel or wind turbine and or combined with grid or diesel generators. They can also be used for Power Generation: BESS system can be 1.5MWH or 2.1 MWH. In remote wellhead operations for water/oil pumping stations, water treatment, and water desalination. In telecommunications, they can power Cell Towers in both remote and urban areas. The batteries have applications in DATA Backup centers UPS/Backup, SCADA (Supervisory control and data acquisition system) /RTU (Remote Terminal Unit). Both are systems for collecting data and controlling PLCs (Programmable logic controllers) remotely, ideally on power substations, pipeline systms, and any stand-alone requirements: lighting, pumping station, etc. In Healthcare/Hospitals, power backup plans, especially in large and small institutions, want to reduce the power from the grid or decrease the reliance on fossil fuels.

For Cell Tower Applications and support your Sustainability Road Map.

Cell towers usually require 15 to 30 kWh battery and solar and generator/grid power. Our batteries can serve for 15 years and would be more reliable and cheaper in the long run than diesel!

Key features include fast charging of 1.5-2hrs, discharging time of 8-10 hours depending on load, can cycle five times daily with 100% depth of discharge, and naturally supported cooling. A life cycle from 10,000 to 50,000 cycles, all aggregate to a higher ROI, higher efficiency, and reduced operational & maintenance costs.

Thank you, and I look forward to hearing back from you!

Sincerely

Imad