Second Biennial Updated Report of Morocco within the framework of the UNFCCC Program for the installation of 1500 MWC from 2023 to 2030 Objective of the mitigation measure This is a program for the installation of photovoltaic solar power plants on the roofs of houses and state establishments, with a total capacity of 1,500 MW in self-consumption mode pending authorization to inject current into the low-voltage network. These plants are part of the national energy strategy which aims to increase, by 2030, the share of renewable energies in order to reach 52% of the country&#39;s total electricity production capacity. The project will:. Assumptions used Installation cost: $2,000/kWp. Title of the indicator reduce the Kingdom&#39;s energy dependence and strengthen its electricity production capacity; reduce the electricity bill of low voltage subscribers; reduce the negative impact of fossil fuel imports on the state budget and on the Kingdom&#39;s trade balance; mastering a national resource: Morocco benefits from an exceptional level of sunshine; promote the creation of a new solar industry in Morocco; reducing greenhouse gas emissions the plant will avoid the emission of approximately 1,218,516 tonnes of CO per year. Activities planned under the mitigation measure Development of renewable energy installations to the best international standards. Contribution to the emergence of national expertise in the field of renewable energies. Productible Emissions avoided In planning AMEE unit Reference value of indicator Target value years Main indicators used Year to which the reference value and the 2023-2030 objective refer Progress indicators MWh/year 2,217,375 2,439,112 Indicators relating to impacts on of GHG emissions 1218516 1,340,368 Tannes CO/year Indicators related to sustainable development Energy electricity 2023-2030 National Value of the indicator during the last year of the report Year of the report 30 1218516 The most relevant data sources to calculate the value of the indicator Electricity meters Emission factor of basic thermal power plants