Трансформаторы силовые
Трансформаторы тока измерительные
Трансформаторы напряжения измерительные
Трансформаторы специальные и дроссель-трансформаторы
Источники бесперебойного питания (ИБП/UPS)
Стабилизаторы напряжения
Блоки питания и модули питания
Преобразователи, инверторы, выпрямители и зарядные устройства
Преобразователи частоты
Преобразователи измерительные (тока, напряжения, мощности)
Распределительные устройства КРУ и НКУ
Комплектные трансформаторные подстанции (КТП)
Аккумуляторные батареи стартерные
Аккумуляторные батареи стационарные и литий-ионные
Солнечные электростанции и фотоэлектрические модули
Системы электропитания и оперативного тока
Источники вторичного электропитания резервированные (ИВЭПР/ББП)
Розетки и колонки силовые
Зарядные станции для электротранспорта
Прочее
Товары — Электропитание и распределение
Промышленный коммутационный стабилизатор, трехфазный, переменного напряжения серии ПКС 3-100-5С
₽300 000-500 000
ООО "ВЗПС" 🇷🇺
Фазоинверторный стабилизатор для газовых котлов отопления TEPLOCOM ST-1000 INVERTOR
₽15 000-25 000
ЗАО "БАСТИОН" 🇷🇺
Фазоинверторный стабилизатор для газовых котлов отопления TEPLOCOM ST-400 INVERTOR
₽15 000-25 000
ЗАО "БАСТИОН" 🇷🇺
Часто задаваемые вопросы
•Can distribution transformers be built for my national grid parameters?
Yes. Plants wind to your primary and secondary voltages, vector group, tap range and frequency, and apply the cooling and climatic execution your site needs. Provide the network one-line data and ambient conditions; the factory returns a technical proposal with losses, impedance and dimensions for approval before production, which typically takes 8–16 weeks.
•What testing documentation accompanies a transformer?
Every unit passes routine tests — winding resistance, ratio, insulation, applied and induced voltage, losses — documented in a protocol shipped with the transformer. Type test reports for the design are available for tender files. Utility buyers can witness factory acceptance in person or by video link, which suppliers arrange routinely.
•How are lithium batteries and UPS systems shipped internationally?
Lithium-ion batteries travel as Class 9 dangerous goods: UN-certified packaging, state-of-charge limits and dangerous goods declarations, which suppliers prepare. Sea freight is the standard mode; air carries tighter restrictions. Lead-acid and VRLA batteries ship with simpler paperwork. Factor 1–2 extra weeks for DG documentation on first orders.
•Do UPS suppliers help size the system for my facility?
Yes — send the load list, required autonomy and site temperature, and the supplier proposes UPS rating, battery configuration and ventilation requirements. For data-centre and telecom projects, redundancy schemes and monitoring integration are specified at this stage. Sizing calculations are part of the quotation, not a paid extra.
•Is commissioning support available for packaged substations?
Packaged substations ship factory-assembled and tested, with installation and earthing drawings. Supervised commissioning by a factory engineer is a contract option many utility buyers take for the first units, then handle subsequent ones with their own crews. Remote support and spare-parts kits are agreed in the supply contract.
•What payment structure is usual for large electrical equipment?
Typical terms are 30–50 percent advance with the balance before shipment by bank transfer; letters of credit are workable with larger plants if banking channels are agreed early. For framework utility contracts, milestone payments tied to factory acceptance tests are common practice.