While solar, wind, hydro, and other renewable sources offer clean and sustainable alternatives to fossil fuels, their deployment is often limited by economic and practical constraints. Large-scale solar parks or wind farms require significant capital investment, and facing rapidly changing electricity prices, many projects struggle to demonstrate profitability without additional incentives.

Furthermore, while these energy sources are considered as low-carbon based on lifecycle analysis, the impact of their contribution to overall emissions reduction is not always captured or monetized. As a result, developers and investors often miss out on the opportunity to generate additional value from the environmental benefits they provide.

Unlike fossil fuels, renewable energy production is not constant, meaning solar depends on sunlight, wind is unpredictable, and hydro also can be seasonal. This intermittency creates major problems for grid stability and leads to situations where excess energy is wasted, or worse, it leads to negative electricity prices undermining the long-term profitability, thus renewable potential is curtailed due to storage limitations.

Without adequate energy storage solutions, even the cleanest energy cannot be fully utilized. The lack of integrated storage infrastructure means that renewable energy is often unavailable when demand is high, resulting in fallback to fossil-based sources effectively undoing the progress made.

In short, while we know how to produce clean energy, we are still failing to capture its full climate impact and financial value due to the insufficient storage capacity.

HOW DOES IT WORK?

The generation process

Carbon credit generation happens automatically via our Digital MRV software designed for quality carbon crediting.