Our society is facing an impossible equation in transitioning to

renewable energy as the demand for electricity is surging.

While the earth receives about the same energy from the Sun

in an hour than humanity consumes in a year, the connection

between the supply and the demand remains fragmented.

Power converters are in the very heart of this problem. The

current hardware-based designs are inefficient and outdated

resulting in multiple Gigawatts of power being lost during the

conversion process.

The unused potential of software in converting solar energy to

usable electricity is holding the world back. However, the race

towards next generation power conversion systems is about to

begin and this where the Vensum breakthrough takes place.

Vensum Power focuses on the core enabler of producing, storing

and distributing energy–power conversion. But unlike other

conversion systems, our design is driven by software and

algorithms.

Our software enables seamless power flow from solar energy

fields to EV charging stations, optimising converter response in

real-time. This not only preserves energy but also advances the

entire power grid to operate more efficiently and reliably.

The radical physical consequence that follows our software-driven

design means that the footprint of converters and the EV charging

stations reduces significantly. This translates to savings of

hundreds of millions of dollars attributed to volume, weight,

installation, and operating expenses.

Ultimately, we are making end-users charge their EVs faster,

operators to run energy storages and charging stations more

economically and the world to harness the sun’s energy on a

scalable level.

The significant innovation of Vensum conversion technology is our

power operating system that run our conversion computers,

seamlessly harnessing the variable supply of sun’s energy to meet

its constant demand.

Aided by cloud-based converter digital twins, our operating system

can calculate and employ billions of predictive control schemes

that adapt in real-time to the changes in the electricity.

In addition, we are the first in the world to introduce OTA (over-theair)

software updates for our conversion computers where new

features and maintenance programs can be installed and ran

remotely.

Our breakthroughs in software and algorithms are resulting in 80%

smaller footprint of physical hardware, 2x longer lifetime for the

converters and cutting down the power loss of the conversion

process by 70%.

And this is just the beginning.