Power plants based on gas turbine (GTU) and gas piston (GPU) technologies

are an effective solution for autonomous or backup power supply of industrial, commercial and infrastructure facilities. These are modern generation sources that combine high efficiency, mobility and reliability.

Main

Gas generation

Information about the direction

A gas turbine plant (GTP) is an energy complex that uses a gas turbine to convert the energy from the combustion of fuel (mainly natural gas) into mechanical work that drives an electric generator. This process allows for the efficient generation of electricity and, if necessary, heat, which makes GTUs suitable for cogeneration systems.

A gas piston plant (GPP) is an energy complex based on a gas piston internal combustion engine that burns gaseous fuel (e.g., natural gas or biogas), while driving an electric generator to generate electricity. CCGTs can also be used in cogeneration systems to produce heat and electricity simultaneously.

Advantages of GTU/GPU power plants:

High efficiency and short payback period;
Autonomous operation, independence from external sources;
Possibility of flexible operation during peak consumption hours;
Fast commissioning;
Minimizing the risks of power outages.

01Preparatory stage

02Design

03Preparing the infrastructure

04Supply and installation of equipment

05Pre-commissioning and commissioning

At this stage, the energy needs of the facility are determined, the type of generator technology and calculation of the optimal capacity, taking into account the reserve.

Assessment of current and projected loads
Selection of generator technology (GTU or GPU)
Calculation of required capacity
Analysis of capital and operating costs
Determination of the plant location

Developing detailed project documentation and obtaining approvals from the relevant authorities. Preparation of working drawings for construction and installation works.

Creation of equipment connection schemes
Project approval and obtaining permits
Detailing of working documentation

Prior to installation, the site is prepared, utilities are laid and foundations for the equipment are constructed.

Site clearing and foundation preparation
Construction of foundations for GTUs and KTPs for own needs (if necessary)
Preparation of equipment installation sites

This stage includes the supply of all necessary components of the power system, their installation and integration into the overall structure.

Delivery of generators, transformers and cable infrastructure
Installation of cable lines and gas supply system
Installation of automation, telemechanics and protection systems
Ensuring the interaction of all components of the power system

The final stage includes testing equipment, checking security systems, and setting up the facility's dispatching system.

Checking the performance of all system elements
Testing of emergency shutdown, fire detection and fire extinguishing systems
Setting up monitoring and automatic control
Conducting briefings for personnel
Trial runs of the newly constructed electrical installation
Commissioning of the electrical installation

We will take

Development of a feasibility study (FS)

We conduct a detailed analysis of the energy needs of the facility, determine the optimal type of generator system (GTU or GPU) and its capacity. Based on this, we formulate a feasibility study, which includes an estimate of capital and operating costs, payback periods, and economic feasibility of the project.

Complete design of the power supply system

Our specialists develop a complete package of project documentation, including connection diagrams for the generator set, transformer substation, relay protection systems, automation, and control system. This ensures efficient and safe operation of the power system.

Selection of equipment taking into account the specifics of the facility

We select the equipment that best meets the technical requirements and operating conditions of a particular facility. This includes the selection of generators, transformers, switchgear, diesel power plants and other necessary equipment.

Supply, installation and customization of systems

We ensure the supply of the selected equipment, its installation and adjustment. This includes the installation of generation systems, transformer substations, switchgear, cable networks, as well as automation, telemechanics and control systems.

Reconstruction of existing substations or construction of new ones

We reconstruct existing electrical substations or build new ones, taking into account the needs of the project. This allows us to integrate new power plants into existing infrastructure or create stand-alone solutions.

Installation of a backup source and commissioning

We ensure the installation of a diesel backup power source to improve the reliability of power supply. We carry out commissioning, testing of security and automatic control systems, training of customer personnel and official commissioning of the facility.