What we believe in
We strongly believe that 100% Solar, Wind and Battery is possible!
SWB is the cheapest and most efficient energy source and is feasible in almost every region with sunshine or wind, given the necessary infrastructure. SWB is superabundant: solar, wind and battery systems are built to meet electricity demand even when sunshine and wind are least abundant.
Our PPAs coupled with the technological advancements in solar, wind, and battery storage, are driving the transition to a 100% renewable energy grid.
As a large scale PPA provider PPAs we enable the development of large-scale renewable energy projects that are powering also very energy-intensive industries.
We believe in abundance of clean, low-cost electricity from solar, wind and battery
The “superabundance” of clean energy can transform energy-intensive industries, such as transportation, fuel production, data centers, and manufacturing. This could lead to advancements in areas like electric vehicles, renewable fuels, carbon capture, and sustainable resource management
We believe that 100% renewable energy systems are feasible and cost-effective
The criticism of solar and wind power based on their utilization rate is unfounded. We believe that the economic value of these energy sources should be evaluated based on their overall contribution to energy security and sustainability, rather than solely on their efficiency. Even conventional power plants often have low utilization rates.
We enable businesses to focus on their core operations while we handle the complexities of renewable energy projects, offering zero upfront costs and ensuring a seamless transition to sustainable energy.
Our PPA solutions make SWB energy even more affordable, offering businesses a sustainable and cost-effective energy solution.
We believe that SWB systems are by far the most affordable energy source
SWB systems offer a sustainable and cost-effective energy solution, even when considering their potential lower utilization rates. The economic value of energy assets should be assessed based on their broader contribution to energy security and sustainability, rather than solely on their physical efficiency.