Customers: Third Arbitration Court of Appeal Krasnoyarsk Krasnoyarsk; State and social structures Contractors: LANIT-Siberia (formerly LANIT-Krasnoyarsk) Product: Integrated video surveillance projectsSecond product: Complex Systems Engineering Projects Project date: 2021/03 - 2021/08
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2021
Installation of 54kW solar power plant
On September 13, 2021, LANIT-SIBERIA (part of the LANIT group of companies) announced the installation of a photovoltaic system for the building of the Third Arbitration Court of Appeal in Krasnoyarsk.
During the construction of the facility, the key tasks from the customer were the creation of an energy-efficient building and energy saving. This was due to the installation of a 54kW solar power plant, consisting of 120 solar modules and located on four support structures. She became the first in Krasnoyarsk.
During the development of the project, it became necessary to create a special support structure for the installation of solar modules of the system. The location of the courthouse did not allow placing modules on the roof or applying facade solutions due to shading from a nearby taller building - this would greatly reduce the efficiency of the system. Due to dense development and the lack of free land near the facility, it was decided to develop and install a structure for placing solar modules from scratch in a car park located across the road from the building of the Third Arbitration Court of Appeal.
Together with manufacturers of supporting structures for solar stations, the solution was designed and implemented. The supporting structure complies with all construction codes and regulations and is able to perform its function in harsh Siberian conditions for many years. It has a number of advantages: it allows you to use a useful area under solar modules, provides protection for parked cars from weather conditions (scorching sun, rain, snow) and the ability to combine the system with charging stations for electric vehicles.
Inverter equipment (the brain of the whole system) is located directly in the electric shield building of the Third Arbitration Court of Appeal. The power of the system is 54 kW. This is a highly efficient grid solar inverter of the Russian brand SmartWatt. The system is capable of generating up to 55 MWh per year, which, in turn, significantly reduces the costs of power supply to the building. A significant factor is the reduction of carbon dioxide emissions by 19 tons per year through the use of solar energy.
The system was also delivered by LANIT-SIBERIA.
Building a comprehensive IT infrastructure
The company "LANIT-SIBERIA" (part of the LANIT group of companies) on September 8, 2021 announced the implementation of a project to create a comprehensive IT infrastructure for the building of the Third Arbitration Court of Appeal in Krasnoyarsk.
Work at the facility started in 2020. During the project, LANIT-SIBIR specialists laid more than 21 km of power cable, about 20 km of lighting cable and SKS, installed such main engineering systems as building power supply, lighting, communication networks, security and fire alarms (more than 500 sensors installed), fire warning and evacuation control system, access control system, video surveillance. In addition, a number of specialized systems have been implemented: a schedule of court hearings, a system of accounting for court cases, a system of assistance to low-mobility groups of the population, frequency classification, dispatching of life support systems of the building, and a photovoltaic system.
During the construction of the facility, one of the key tasks set by the customer was the creation of a modern energy-efficient building. This was due to the installation of a 54kW solar power plant, consisting of 120 solar modules and located on four support structures. She became the first in the Siberian Federal District.
A feature of the photovoltaic system is that the electricity generated by the station is integrated into the general exchange network of the courthouse, ensuring reliable uninterrupted operation of all engineering systems of the building and reducing electricity costs.