The present disclosure relates to a technique for providing visualization of energy sources powering the blockchain transactions. The technique involves determining the energy consumption pattern of each participating node during a transaction. The health of a card associated with a user is displayed by comparing the energy consumption associated with the blockchain transactions performed by the user with a pre-determined threshold. In one embodiment, the health of the card is determined based on the energy consumption report and carbon footprints associated with the transactions. Further, the technique further comprises triggering car linked offers (CLOs) for the user to offset the non-renewable energy consumed. The visualization of energy profile triggers green financial decisions at user end and it additionally offers loyalty points to users for offsetting their unsustainable energy consumption and thus gamifies the whole experience of attaining a greener planet.

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