Supported by
Affordable & reliable batteries equal low-risk & high-reward energy projects
For commercial
and industrial users
less overall
electricity cost
For energy developers and investors
IRR increase for exist
and future projects
< 120 € / kWh
Project cost, not just battery or cells
Project price with connection cost, EPC, development etc.
50 years
Battery lifespan
Non-flammable
Non-explosive
Non-toxic chemistry
100% safe
Only abundant materials in use
No critical raw materials.
100% manufacturing in EU 🇪🇺
Recyclable
Check the Medical Safety Data Sheets
Finally, profitable and viable solution to deal with major problem of renewable energy:
Solar + wind generation
Proficite
Deficite
Energy charge & discharge
Use it
indoor
outdoor
underground
on ground
for decades
on scale
No A/C required.
Non-flammable.
Operates at -20 to +50°C.
Non-toxic chemistry.
Up to 20 hours capacity.
Not explosive.
Stackable, and can be placed close.
Recyclable.
Designed for 50 years lifetime.
Degradation 1%/25 years.
Easy capacity scaling. The main component is mined worldwide.
Use it
indoor
No A/C required.
Non-flammable.
Use it
outdoor
Operates at -20 to +50°C.
Non-toxic chemistry.
Use it
underground
Up to 20 hours capacity.
Not explosive.
Use it
on ground
Stackable, and can be placed close.
Recyclable.
Use it
for decades
Designed for 50 years lifetime.
Degradation 1%/25 years.
Use it
on scale
Easy capacity scaling. The main
component is mined worldwide.
Here should be a comparison list?
Let’s compare real end-value
Not different kinds of apples
Why can we guarantee so much with no hesitations
Reason
Iron is more abundant than lithium
Reason
Larger active electrode area than existing on the market
5 m2
Other Iron Flow Batteries
2300 m2
R.Flo Batteries
Reason
with 1% degradation
Reason
We made hi-tech product, which is low-tech in mass production
In a nutshell we store energy in two forms of iron
The principle of operation in 60 seconds
Visioneers. Experts. Doers.
On a mission to decreasing global carbon emissions by 50%
years overal expertise in RND, finance, product development
Andrii Bondar
CEO
Rustam Chernii
Head of Product
Yaroslav Kolosovskyi
Head of Technology
Oleksii Vekirchyk
Head of Finance
Yulia Dremliuha, MSc
Lead RnD Scientist
Vasyl Skrypnychuk, PhD
Lead RnD Engineer
Answers to commonly asked questions
01
What is an Iron Flow Battery (IFB) and how does it work?
An Iron Flow Battery (IFB) is a type of energy storage system that uses iron salts dissolved in liquid electrolytes to store and release energy. It works by charging and discharging electricity through an electrochemical process, which allows the system to store energy for long periods and release it when needed.
02
How long can the R.Flo battery last?
Our Iron Flow Battery is designed to last over 40,000 charge-discharge cycles, equivalent to around 50 years of use with minimal degradation in capacity and efficiency.
03
How can the R.Flo battery reduce my energy costs?
By storing energy during off-peak times when electricity is cheaper and discharging it during peak demand, R.Flo can help C&I customers reduce their electricity costs by up to 25%. Additionally, for energy developers and utilities, it can offer a 30% higher internal rate of return (IRR).
04
Is the R.Flo battery system safe for industrial use?
Yes, the R.Flo battery is both safe and environmentally friendly. Unlike lithium-ion batteries, it has no risk of explosion, uses fully recyclable electrolytes, and contains non-toxic materials like iron, which is abundant and affordable.
05
What makes R.Flo different from other energy storage technologies?
R.Flo stands out because of its low-cost, fully recyclable iron electrolyte, long lifespan of 40,000 cycles, and ability to provide long-duration energy storage (6+ hours) at a much lower cost than lithium-ion batteries. It’s ideal for applications where stability and longevity are key.
06
What applications is the R.Flo battery best suited for?
R.Flo is ideal for commercial and industrial (C&I) customers, renewable energy developers, and utilities looking for long-duration energy storage solutions. It can be used for grid balancing, renewable energy storage, energy arbitrage, and backup power.
07
What are the maintenance requirements for the R.Flo system?
Our Iron Flow Battery system requires minimal maintenance. Thanks to the durability of the materials and our patented rebalancing technology, the system can operate efficiently for many years with little upkeep.
08
How can I integrate the R.Flo battery into my existing energy system?
Our team offers full support for the integration of R.Flo into your existing infrastructure. The system is modular and scalable, making it easy to fit into your current energy setup and expand as needed.
