Overview
Tzafit (Dalia) is a 835 MW gas-fired power plant in Israel, operated by Dalia Power Energies. It supports the national grid with efficient natural gas generation.
Tzafit (Dalia) is a gas-fired power plant located in Israel, with a capacity of 835 MW. Operated by Dalia Power Energies, it is a significant facility in the country's power generation sector, contributing to the energy mix with natural gas as its primary fuel. The plant operates under Israel's regulatory framework for emissions and energy efficiency. Gas power plants like Tzafit (Dalia) typically use combined cycle technology, which offers higher efficiency and lower emissions compared to older coal-fired units. The facility's capacity places it in the large-scale category for gas plants in the region. As part of Israel's energy infrastructure, Tzafit (Dalia) plays a key role in meeting electricity demand. Its use of natural gas aligns with national efforts to reduce carbon intensity and improve air quality. The plant's operational status ensures reliable power supply to the grid.
Environmental context
The plant's use of natural gas results in lower CO2, SOx, and NOx emissions compared to coal or oil. Its location in Israel, a country with growing energy demand, means it supports grid stability while contributing to local air quality considerations. The facility's scale and technology are typical of modern gas plants designed to balance efficiency with environmental performance.
Frequently asked questions
Tzafit (Dalia) is located in Israel, with coordinates approximately 31.7148 N, 34.8422 E.
Tzafit (Dalia) has a capacity of 835 megawatts (MW), making it a large-scale gas power plant.
The plant is operated by Dalia Power Energies.
Gas power plants in Israel must comply with national emission standards for air pollutants, including limits on NOx and SOx, and are subject to energy efficiency requirements.
As a 835 MW gas-fired plant, Tzafit (Dalia) provides a significant portion of base-load and peak power, supporting grid reliability and helping integrate renewable energy sources.