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"Sustainable AI Energy Efficiency," is a comprehensive report addressing the significant environmental impact of artificial intelligence, particularly generative AI, due to its escalating demands for electricity, water, and raw materials, contributing to substantial carbon emissions and e-waste. The report outlines a holistic strategy for sustainable AI, emphasizing three core pillars: software and algorithmic optimization through techniques like model compression (pruning, quantization, knowledge distillation) and efficient network architectures (Spiking Neural Networks); hardware innovation, focusing on energy-efficient processors like TPUs and emerging technologies such as neuromorphic computing; and infrastructure sustainability, detailing efforts by major cloud providers to transition to renewable energy, implement advanced cooling solutions, and adopt circular economy principles for data centers. It also examines overarching challenges, including the efficiency-accuracy trade-off, the potential for the Jevons Paradox to negate efficiency gains, and the critical need for transparency, standardization, and robust governance and policy to ensure AI's long-term environmental viability.