The proposed investment falls within the thematic objective pursued under the Regional Operational Programme 2014-2020 Priority Axis 3, namely the transition to a low carbon economy. The actions to be taken closely pursue the specific objective of the investment priority 3.1. C Public lighting, i.e. increasing energy efficiency in residential buildings, public buildings and public lighting systems, especially those with high energy consumption. The aim of this project is to increase energy efficiency in the public lighting system of Calimanesti City. The objectives pursued by the realisation of the project are: Modernisation of the public lighting system by replacing lighting appliances and complementing with LED technology luminaires to ensure the class of lighting corresponding to the streets they serve. Expanding, restoring a section and modernising the public lighting system. Equipping pedestrian crossings and internal courtyards of apartment blocks with a powered lighting system based on photovoltaic panels. Optimise the consumption and control of the lighting system by implementing a telemanagement system that will take over and improve a number of functions of the service. At the same time, the modernisation of the public street lighting system also aims to achieve the following objectives: 1. Improve the security, safety and comfort of citizens at night, by bringing street lighting to quantitative and qualitative values from national and international prescriptions in the field; 2. Limiting the environmental impact: — by choosing products using fewer raw materials, products made up of recoverable materials; — reducing electricity consumption and thus greenhouse gases; — limiting light pollution, making quality lighting, in the sense of directing light only to the place where it is needed and only where it is desired 3.The attention given to the durability of the product regarded as a service and not only as an object, by using lighting fixtures that allow minimising maintenance costs 4. to achieve a coherent lighting system, by integrating the functions of public lighting: functionality and energy efficiency