Electricity in Israel in 2023
In 2023, electricity consumption in Israel is predominantly driven by fossil fuels, making up nearly 90% of the total consumption. The majority of this comes from gas, which constitutes more than 70%, while coal contributes nearly 18%. On the other hand, low-carbon energy stands at a little over 10%. Solar power contributes the lion's share of the clean energy sector, with a little more than 9%, leaving a small fraction for other low-carbon sources. This heavy reliance on fossil fuels not only impacts Israel's carbon footprint but also poses significant challenges to environmental sustainability, making it crucial for the country to focus on increasing its clean energy mix for a greener future.
Data sources used on this page include EIA, Ember and IEA. More about data sources →
Is Electricity Growing in Israel?
In terms of electricity growth, Israel is experiencing a concerning trend. Per capita electricity consumption sat at 8039 kWh in 2023, which is a fall from the previous record of 8285 kWh/person in 2019. This represents a decline of 246 kWh/person, signaling stagnation in electricity consumption despite a notable increase in low-carbon electricity generation. Specifically, low-carbon generation has impressively risen to 845 kWh/person, up by 208 kWh/person from the record set just a year earlier in 2022. This increase in low-carbon electricity is encouraging, yet if Israel intends to meet future demand fueled by electrification and technological growth such as AI, it must focus not only on increasing clean energy production but also ensure overall electricity growth to support its economy and societal needs.
Suggestions
Israel can learn valuable lessons from international success stories in the field of low-carbon energy generation. Countries like France and Slovakia lead the way with significant portions of their electricity coming from nuclear energy, providing a model for robust nuclear infrastructure. Additionally, regions like California and Nevada illustrate the potential of solar energy, contributing significant proportions of their electricity from the sun. Emulating these approaches, Israel should focus on enhancing its solar capacity given its favorable climate, and also consider nuclear energy as a viable option for establishing a stable and sustainable low-carbon electricity system. Transitioning towards such a diverse, clean energy mix could make Israel a leader in sustainable energy within the region.
History
Looking back at the history of low-carbon electricity generation in Israel, solar energy has shown gradual yet consistent growth since 2011. The early 2010s marked the beginning of this upward trajectory, with solar generation increasing incrementally each year. Noteworthy leaps were made in 2019 and 2020, where solar generation saw substantial increases of 1 TWh and 0.9 TWh respectively. The trend continued with impressive gains in recent years, with 2023 witnessing the largest annual rise of 1.6 TWh. Wind energy, although contributing less significantly, also added positively to the low-carbon mix, particularly in 2023 when it rose by 0.4 TWh. This historical trend highlights Israel's potential and commitment to expanding its clean energy capabilities and indicates a positive direction toward more sustainable electricity generation.
