The growing interest in cryptocurrencies has led to their widespread adoption; however, their limited usability in day-to-day transactions remains a challenge. One of the key factors inhibiting their common use is their energy-intensive nature. This review paper examines the aspects contributing to the current cryptocurrencies' limited adoption in daily life and proposes an energy-efficient framework design that addresses these challenges. The proposed architecture aims to strike a balance between energy efficiency and usability, fostering the widespread use of cryptocurrencies for everyday transactions