"Galychenergo" private enterprise is a successful company founded in 2002 with a long experience in the market of electric installation, commissioning and electric works, the production of power, distributing, metering, monitoring and other electrical boards. Our enterprise is one of the leaders in the delivery of electric equipment of leading electric-engineering companies, cable conductor and lighting-fitting products in the western region of Ukraine.
At the present time, the enterprise owns:
- Our own production facilities;
- A large staff of employees, the specialists of a high class;
- A team of professionals capable to put a turnkey project in commission on time;
- Special automotive equipment, which enables a mobile delivery of an installation team, materials, components and tools to the sites.
One of the basic advantages of “Galychenergo” PE is our own storage and production facilities with high-skilled employees. That makes possible to quickly meet the customer’s needs, to reduce the terms of executing the orders, to provide the customers with warranty and post-warranty repair, maintenance service. The work is executed by a skilled and qualified personnel. There are proper permitting and licensing documents for all types of work.
We produce:
- Power and switchboards;
- Capacitor units;
- Automatic transfer switch (ATS), metering and lightning boards;
- Customized switchboards;
- Construction and erection of the 10-35 kV stations and substations;
- Laying of low-voltage and high-voltage cable lines;
- Mounting, regulation, programming and putting of the ASCA (automated systems of commercial account of electric power) into commission.
We offer combined automation and electrification of sites from specifications to power supply:
- Power audit of enterprise;
- Design, research and development of a technical and commercial offer;
- Inspection of the automation sites, the energy saving and energy efficiency of enterprise;
- Designing of external and internal electric networks with coordination at the relevant authorities and services of regional energy entities;
- Completing and delivery of the equipment, cable and conductor products;
- Production of low-voltage complete instruments, capacitor units, multi-apartment electric-power metering boards, ATS (Automatic transfer switch) etc.;
- Mounting and commissioning works, field supervision;
- Recommendations about the maintenance of electric equipment;
- Warranty and post-warranty maintenance.
Only official deliveries, warranty, replacement and service of kits for solar power plants, solar panels and inverters.
Each owner of the solar power plant has the opportunity to connect the green tariff.
"Green tariff" is a special financial conditions allowing private households to become members of the national Energy Market and not only to consume but also sell electricity produced by domestic solar power plants to the public utility network.
At the same time, the price at which households can sell electricity is 5.91 UAH/kW against the purchase price of 1.68 UAH/kW.
It's very profitable, however, there is one limitation - you can't connect a domestic solar power plant with a power of more than 30 kW to the "green tariff".
37 solar panels + inverter
74 solar panels + inverter
111 solar panels + inverter
We offer the goods to provide various sites with electric-engineering products in a combined manner from the leading foreign and domestic producers.
A large assortment of above 30 thousand names and commodity stock reserve enables the execution of any orders in the shortest possible terms.
Here you can order the products of our partners listed below --> "Galychenergo" online store
Address: Lviv, Zelena str., 273
Telephones:
E-mail: info@galychenergo.com.ua
Here you can write messages, reviews and offers.
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This system is used when required to switch over the load between independent power supply sources in cases of emergency or any other failure in the operation of the power supply system.
Normally, the ATS is used if necessary to quickly switch over the load from the main power supply to an emergency or independent power supply source.
If required to ensure the power supply of the first reliability category to the electric-power consumer, the ATS circuits are used for three and more independent sources, which may be represented both by self-contained electric power stations and uninterruptable power supply sources.
The ATS circuits differ depending on the ATS type.
There are three types of circuits:
* Priority of operational input. Should the voltage on the operational input disappear, the switching over to another input will occur. Once the voltage appears on the operational input, the return to the initial state will occur.
* Circuit with equal inputs. Any of the two inputs in this circuit may be either operational or reserve. Should the voltage disappear at the operational input, the switching over to another input will occur without return to the first. Should the voltage on the second input disappear, the switching over to the operating input will occur.
* Without return. This ATS circuit differs from the previous ones by the necessity to carry out the return into the initial position manually in the event that the power supply from the operating source resembles.
Standards: IEC/EN 60 439-1, ГОСТ 14254-96.
Rated voltage 380/220 V / 50–60 Hz.
Rated current up to 4000 A.
Rated short-circuit current up to 100 kA.
Temperature mode from 35 °C (40 °C) to 45 °C (50 °C).
Protection rate: IP31 / IP54.
Network configuration: TN-C / TN-C-S / TN-S / IT.
Height: up to 2000 mm (height without foundation).
Width: 425 / 600 / 800 / 1000 / 1200 mm.
Depth: 600 / 800 mm.
One of the main concepts to reduce the electric-power costs and to increase the efficiency of electric plants and industrial enterprises is the compensation of reactive power with a simultaneous increase in quality of electric power directly in the networks of enterprises.
The appearance of reactive load in the network is accompanied with such adverse consequences:
* The increase in the consumed power.
* The reduction in the power accessible for the secondary transformers.
* The rise in the voltage drop and heating losses in cables.
* The reduction in the equipment operating life.
* The increase in the payable amounts for the consumed electric power by 30-60%.
A correct compensation of reactive power enables:
* The unloading of transferring plants: feed lines, transformers and distribution devices.
* The reduction in heat losses of current and the costs for electric power.
* The reduction in network interferences and asymmetry of phases.
* The achievement of reliability and cost effectiveness of distribution networks.
The compensation of reactive power at industrial enterprises by capacitor units is a necessary and economically justifiable task. The payback period, depending on the capacity and condition of operation, is from 3 to 19 months. The compensation of reactive power is one of the most accessible, effective and simple ways of energy saving and reduction in the production costs.
They can operate in the networks with a solid-grounded, insulated neutral or without any neutral. The use of capacitor units enables the reduction in the costs of electric power and the increase in the efficiency of using the existing electric networks.
Failing the compensation of reactive power, a larger value of current flows in the network during the transfer of the same value of power, which causes the losses in the line and the voltage drop with the end user.
Metering boards are designed to receive, distribute and meter the electric power with a voltage of 220/380V of the three-phase alternating current with a frequency of 50 Hz in the systems with a solid-grounded neutral, as well as to protect the lines against overloading and short-circuit currents.
The boards are made for one-side maintenance and designed for installation on production, public, communal-general and other sites.
A metering board is made both of mounted and floor versions. The board is composed of the frameless- or frame-structured shell. The holes for the input or output cables are provided on the cover and the bottom or the sides of the shell. The panel (frame) with the ancillary equipment is installed inside the cabinet. The doors in the cabinets with protection degree IP54 are sealed with rubber sputtering. The upper and lower inputs can be sealed. The design of the shell ensures the putting in and out of the outgoing feed lines both from the top and from below in any combination. The doors can be locked.
There is an installed contact breaker in order to install and replace the meter (so that the break can be seen), on switching off which all the phases have become de-energized. A test block of the КІ type is installed in the boards, which block ensures the closing of the secondary circuits of the meter current circuits and voltage circuits in each phase of the meter during its replacement, as well as the switching on of the reference meter without disconnection of the current and voltage circuits. The design of the КІ box makes it possible to seal it with lead. Surge suppressors can be installed in the boards at the request of the Customer.
The mounting of the boxes is carried out in the universal way both by fixing brackets and by the anchors to be mounted through the holes on the rear wall.
The boards are delivered completed with the electric-power meters (calibrated and ready for operation) made by such companies as “Merydian” (Ukraine), NIK (Ukraine), Itron (Actaric Metering Systems) (USA), Iskraemeco (the Baltic states), MTX (Ukraine) and others.
Distribution cabinets of the SP type are designed to receive the electric power with a voltage up to 660V of the three-phase alternating current with a frequency of 50 Hz in the systems with a solid-grounded neutral, as well as to protect the lines against overloading and short-circuit currents.
Distribution cabinets SPM-75/77 are designed to distribute the electric power of the three-phase alternating current with a frequency of 50 Hz and are used in the electric units of industrial and residential companies.
Power distribution cabinets of the SP type:
Rated voltage: 0,22 kV, 0,38 kV, 0,66 kV.
Frequency: 50 Hz.
Number of outgoing lines: 5-8.
Rated currents of lines: 100 А, 250 А.
Rated currents of inputs: 250 А, 400 А.
Distribution cabinets SPM-75/77:
Rated voltage: 0,22 kV, 0,38 kV, 0,66 kV.
Frequency: 50 Hz.
Number of outgoing lines: 5-8.
Rated currents of lines: 63 А, 100 А, 250 А.
Rated currents of inputs: 250 А, 400 А.
The cabinets have a contact breaker at the input and the fuses to protect the outgoing lines.
Climatic version У3 under ГОСТ 15150-69 and ГОСТ 15543.1-89.
Protection rate of the shell of cabinet ІР20, from the side of bottom is ІР00 under ГОСТ 14254-96.
Cabinets meet ТУ У 31.2-31681625-008-2004.
Main switchboards (MSB) are used to equip the distribution devices with the electric power of the three-phase alternating current with a voltage of 380/220 V, which ensure the reception and distribution of the electric power, the protection of group lines against overloading and short-circuit currents.
The MSBs are used for transformer substations, the in-lead devices of industrial enterprises, residential and administrative buildings. Up-to-date main switchboards (MSB) protect the connections against all types of short circuit and off-normal conditions in the selective way. The use of microprocessor controllers enables the automatic control upon the reaching of these or other conditions, or parameters. In this case, the MSBs form distribution cabinets and points. The MSB (main switchboard) execute the in-leading and distributing, monitoring and protecting functions.
The main switchboard is also designed to automatically activate the standby equipment, which ensures the reliability of power supply.
The MSBs often operate as the low-voltage part of a substation.
The MSBs are made on the basis of metal cabinets or in the form of panels.
According to their purpose, the MSBs are classified as:
* in-lead;
* linear;
* sectional.
Main switchboards (MSB) may be made with one, two or three inputs or with two inputs and a sectional switch. The MSB with one input is composed of in-lead and line panels. The MSB with two and three inputs is composed of in-lead panels and sectional panels. The equipment of the MSB boards ensures the protection against the overvoltage, short circuits in the power circuits and control circuits, the monitoring of loading at inputs, the electric-power metering, the automatic switching off of the in-lead device and the switching on of the standby activation in case of any blackout on the main line.
Protection rate: IP31 / IP54.
Depending on the customer’s wish, the MSB is equipped with the devices made by foreign and domestic producers.
A lead-in distributor (LID) is used for the reception, distribution and metering of the electric power of three-phase alternating current with a frequency of 50 Hz and a voltage of 220/380 V.
A lead-in distributor (LID) is used for the reception, distribution and metering of the electric power of three-phase alternating current with a frequency of 50 Hz and a voltage of 220/380 V. In addition, a LID serves to protect the lines against overloading and short circuits, as well as regarding rear routine switching.
Lead-in distributors (LIDs), main switchboards (MSBs) should be installed in the electric-board rooms accessible for the attending personnel.
Input devices (IDS), lead-in distributors (LIDs), main switchboards (MSBs) are not permitted to be located directly under sanitary conveniences, bathrooms, shower rooms, kitchens (besides apartments’ kitchens), the washing and steam rooms of bathhouses and other rooms with moist technological processes, except the cases when special measures have been taken with regard to the reliable hydraulic seal, which prevent the humidity penetration into the rooms, where distribution devices are installed.
Input devices (InDs), lead-in distributors (LIDs), main switchboards (MSBs) are permitted to be located beyond the electric-board rooms provided that the requirements are met as follows:
* the degree of the shell protection should be no lower than ІР31;
* location at the easy and accessible for maintenance places (in heated lobbies, vestibules, corridors etc.);
* protection and control devices should be installed in metal cabinets, the doors of which can be locked. Therewith the handles of control devices should not be put outwards, but they should be removable and such that can be locked;
* the distance from pipelines (water pipe, heating, sewerage systems, internal water drains) should be no less than 0.5 m from gas pipelines and from gas meters no less than 1 m.
A lead-in distributor (LID) is an obligatory element of the electric power supply of all industrial and residential buildings.
According to their purpose, the LID panels are classified as:
* input panels;
* distribution panels (are used together with input ones);
* in-lead distributing panels.
LID panels occupy separate sections, which the casing of the entire device is divided into. No special board rooms are required to operate the LIDs.
A lead-in distributor (LID) is a metal cabinet, in the middle of which there can be load-break switches, fuses, meters, a lighting switch, voltmeters and amperemeters.
Control and measuring instruments, voltmeters, amperemeters, indication switches, signal lamps can be installed on the LID doors.
Amperemeters and meters are connected through current transformers.
The metering circuits in the LIDs are covered with transparent panels, which can be sealed with lead.
Distribution cabinets Prisma Plus are used to build the system for distribution of electric power of high capacity, the switchboards for control of technological-processes in the production sector and the engineering systems of buildings The structure of Prisma Plus is composed of a mountable-demountable frame made of steel sheets and coated with thermal-reflecting powder epoxy-polyester paint RAL 9001 of a white color.
Features:
* A complete safety of the user during the operation of Prisma Plus is ensured by the restricted access to the conductive parts. All devices are located behind the front panel, which is opened by a special tool (only the control handle is outside), the cabinet doors are locked with a key, the power terminals of the devices are closed with special caps, the input and output contact plates are closed with special screens.
* The modular structure and the compact dimensions of Prisma Plus (PKU for the current up to 4000 A and the depth of 450 / 600 / 1000 mm) is widely used in the distribution device with limited sizes, for example, in the block transformer substations.
Rated operating current 3520 А (the data are specified for the conditions of natural ventilation and the ambient temperature 35 °С).
Maximum short circuit current 187 кА (surge).
Permissible through short-circuit current 85 кА (surge)/1sec.
Frequency: 50/60 Hz.
Design versions: without doors; with transparent and opaque doors.
Protection rate: IP31 / IP54.
Segmentation form (internal partitions): Standard Form 1 , Form 2а , Form 2b , Form 3а , Form 3b , Form 4а , Form 4b.
The distribution panels of the SCHO-70/90 U3 series are designed to equip the boards of the distribution devices of the three-phase alternating current with a voltage of 380/220 V with a frequency of 50 Hz in the networks with a solid-grounded or insulated neutral. It is installed in the electric rooms and serves to receive and distribute electric power, as well as to protect the outgoing lines against overloading and short circuit currents.
Panels SCHO-70/90 U3 have their height, depth and width standard for all versions.
The distribution devices with panels SCHO-70/90 are equipped with the in-leading, line, sectional and end panels for one-side maintenance.
Panels SCHO-70/90 are made under their principle diagrams pursuant to the order parameters (paper of interrogatories).
Climatic version У3 under ГОСТ 15150-69.
The protection rate of the panels is under ГОСТ 14254-96:
* for the open version – IP00, from the side of facade IP20;
* for the closed version – IP20, from the side of bottom IP00.
The panels comply with ТУ У 31.2-25723254-004-2002.
SCHO-70 are designed for the internal installation under the conditions as follows:
* The ambient air temperature is from -25 to +400 °С.
* The altitude is no more than 1000 m.
* The environment should not be explosive, contain conductive dust, corrosive gases or vapors that destroy metals and insulation.
An up-to-date regulating station enables the location of power and control microprocessor units in a small metal or plastic construction, ensuring their easy maintenance during operation. A regulating cabinet or a control cabinet can be located both in a room and outdoors.
For example, it is logical to locate a ventilation-control board in the electric-board room or the control center as conditioners and climatic equipment often stand inside rooms. And pump-control board can be located also beyond a production room to optimize the costs of laying feed networks or in case of a remote location of the pump units. To ensure a reliable operation, the control cabinet will require only a shed to avoid a direct impact of atmospheric influences. The operating life of a production-process control and regulating station is directly relating to the quality of components (relay, power, microprocessor ones), which enter into the regulating station. Therefore the use of electric and electronic components of such leading companies as: SIEMENS, ETI, LSIS, EATON and other well-known brands enables the production of each control station with an individual warranty, which reduces the consumer’s costs for maintenance and regular repair of this equipment.
The regulating stations for ventilation systems use the control system with the regulating elements, which controls an air valve, monitors the cleanness of a filter and turns on an air heater if the temperature of the incoming air decreases and so on. Thermostats, pressure sensors and the like are used for a control system.
Regulating stations enable:
* the monitoring and control of the operation of the units that enter into the composition of the equipment of ventilation, conditioning and heating systems;
* the ensuring of the indication of the state of the operating equipment;
* the protection of the equipment against incorrect connection of the feeding voltage, overheating and short circuit;
* the maintenance and change of the wished air temperature both at the output of the ventilation unit and in the room;
* a smooth or stepwise change in the productivity of a ventilation unit;
* the monitoring of the condition (contamination) of air filters;
* the ensuring of any hour algorithm of controlling (from twenty hours till one year) the ventilation system without any interference of the attending personnel.
Taking into consideration that the assembly of regulating stations is carried out in their own production workshop under the supervision of specialists, the customers get not only a customized technological-process control station but also warranty and post-warranty service of the installed regulating unit.
1-phase, up to 7.4 kW, up to 32A. This charging point is mainly suitable for Japanese and US vehicles.
3-phase, up to 22kW, up to 32A. This charging point is mainly suitable for European vehicles.
3-phase, up to 22kW, up to 32A. Ideal for public and semi-public applications. All e-vehicles can be charged with this product variation.
Key switch option is used to activate the charging station with the key.
RFID option allows you to activate the charging station with a special card.
Stand for installing the charging station. Simultaneous installation of two stations.
