Энергоснабжение, которое не требует никакой сопроводительной сети
ТОПАЗ успешно решает задачи по автономному электропитанию
Power Supply for Cellular and Radio Communication Sites, and Data Transmission Systems in Remote Areas
Robust Backup Power Systems Unaffected by Weather Conditions
Power Supply Systems for Surveillance and Perimeter Security Infrastructure
Applications in the Oil and Gas Industry: Cathodic Protection Stations, SCADA and Measurement Equipment, Reagent Injection Pumps, and Valve Activation
Power Supply for Surveillance Systems (Including Tower and Route Lighting) for Remote Monitoring of Critical Infrastructure/Sensitive Facilities and Hard-to-Reach Areas During Construction and Operation
Power Supply for Meteorological Stations (Including Weather Monitoring, Flood Situations, and Wildfire Detection)
Power Supply for Emergency Communication and Heating Stations on Regional and Local Highways
Mobile Power Stations «Field Power Hub» - for Outdoor Tourism, Expeditions and Rescue Operations
Power Supply Systems for Mobile Electric Transport and Robotics
ТОПАЗ TOPAZ
ТОПАЗ TOPAZ
ТОПАЗ TOPAZ
ТОПАЗ TOPAZ
INTEGRATED SOLUTIONS
FOR AUTONOMOUS POWER SUPPLY
FOR AUTONOMOUS POWER SUPPLY
Courses & Training: Laboratory Educational Kits and Training Courses for New Energy studies
The working principle of a fuel cell involves the direct conversion of chemical energy from the reaction between a fuel and an oxidant into electrical energy, bypassing intermediate conversion into heat or mechanical energy.
An SOFC consists of gas-permeable electrodes — an anode and a cathode — separated by a gastight solid oxide electrolyte. Syngas (H₂ + CO), generated from the primary fuel in a catalytic reformer located inside the electrochemical generator, is supplied to the anode, while the oxidant (air) is delivered to the cathode. At the same time, the charged ions (O²⁻) formed at the electrodes migrate through the ion-conducting electrolyte membrane from the cathode side, while the products of the chemical oxidation reaction of syngas at the anode side are water and carbon dioxide.
An SOFC consists of gas-permeable electrodes — an anode and a cathode — separated by a gastight solid oxide electrolyte. Syngas (H₂ + CO), generated from the primary fuel in a catalytic reformer located inside the electrochemical generator, is supplied to the anode, while the oxidant (air) is delivered to the cathode. At the same time, the charged ions (O²⁻) formed at the electrodes migrate through the ion-conducting electrolyte membrane from the cathode side, while the products of the chemical oxidation reaction of syngas at the anode side are water and carbon dioxide.
Solid Oxide Fuel Cells (SOFCs) offer high efficiency and can operate not only on hydrogen but also on hydrocarbon-based fuels.
TECHNOLOGY TECHNOLOGY TECHNOLOGY
SOFC
Power generator modules can be produced in capacities from 30 W up to 1 kW.
Syngas
Air
Functional Cathode Layer
Buffer Layer
Microtubular SOFC
Electrolyte
Current-Collecting Cathode
Functional Anode Layer
Supporting Anode
Products
Topaz – GAMMA
M 400
M 400
Modular Stationary Power Unit
Rated Electrical Output (per module): at least 300 W
Primary Fuel: Natural Gas / Propane-Butane; Diesel / Gasoline – optional
Weight: 30 kg
Operating Temperature Range: –50 to +50 °C
In Development
Rated Electrical Output (per module): at least 300 W
Primary Fuel: Natural Gas / Propane-Butane; Diesel / Gasoline – optional
Weight: 30 kg
Operating Temperature Range: –50 to +50 °C
In Development
Topaz – GAMMA
M 2000
M 2000
Modular Stationary Power Unit
Rated Electrical Output: up to 2 kW
Primary Fuel: Natural Gas / Propane-Butane; Diesel / Gasoline – optional
Operating Temperature Range: –50 to +50 °C
In Development
Rated Electrical Output: up to 2 kW
Primary Fuel: Natural Gas / Propane-Butane; Diesel / Gasoline – optional
Operating Temperature Range: –50 to +50 °C
In Development
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High Efficiency
High Energy Density
Resilience to Harsh Climate Conditions
Stability
The electrical efficiency of SOFCs is at least twice that of conventional engine-driven generator systems.
The generator internally reforms organic fuel into syngas, enabling highly efficient power generation. It can also run on pure hydrogen for zero-emission operation. When using liquid fuel, the system achieves a record-breaking specific energy density of up to 3,000 Wh/kg—more than 10 times higher than lithium-ion batteries of equivalent weight.
The electrochemical reactions in SOFCs generate heat as a byproduct. This heat helps maintain stable operation of the generator's internal components. Additionally, the thermal energy can be utilized to keep user equipment or batteries warm in subzero temperature conditions.
SOFC-based electrochemical generators function as continuous chemical current sources, operating indefinitely with a constant supply of air and fuel.
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Electrochemical generator (ECG) technology, based on fuel cells, is fully aligned with today's key technological trends
Decentralization
Mobility
Customization
Eco-Friendliness
About the company..About the company..About the company
About Us
- Резидент «Сколково» и участник Московского инновационного кластера;
- Поддержка от Фонда Национальной технологической инициативы и Агентства стратегических инициатив;
- BRICS SOLUTIONS AWARDS 2024 – победитель в номинации «Новая промышленность и энергетика»;
- Национальная премия 2025 «Страну Меняют Люди» – двойной лауреат: «За вклад в развитие технологического суверенитета» и «За укрепление кадрового потенциала страны».
Научно-исследовательский центр «ТОПАЗ» представляет собой опытный завод с собственным центром исследований и разработок. Мы создаем передовые технологии в области электрохимических генераторов (ЭХГ) на основе твердооксидных топливных элементов (ТОТЭ).
- Научные исследования – фундаментальные и прикладные разработки технологий электрохимических генераторов;
- Опытное/серийное производство – создание прототипов и серийных продуктов на основе технологий электрохимических генераторов;
- Совместные исследования с ведущими академическими институтами и ВУЗами России: ИХТТМ СО РАН, ВятГУ, МФТИ, ФИЦ ИК СО РАН, ФИЦ ПМиМХ РАН, ИМЕТ РАН, ЮРГПУ (НПИ);
- Промышленное внедрение и сотрудничество с производственными партнерами в России и за рубежом;
- Получено 11 патентов РФ, патент Алжир (DZ), 2 патента ЮАР (ZA), оформлено 3 ноу-хау, 1 заявка на рассмотрении в РФ и 13 заявок на рассмотрении в нац. ведомствах (кроме РФ), получено свидетельство на товарный знак.
Ключевые направления деятельности компания:
НАДЕЖНОСТЬ – работа в любых климатических условиях, в любой точке мира, в любое время суток;
АВТОНОМНОСТЬ – электроснабжение без привязки к сетям;
ЭКОЛОГИЧНОСТЬ – отсутствие вредных выбросов;
ДОСТУПНОСТЬ – работа на распространённых видах топлив.
АВТОНОМНОСТЬ – электроснабжение без привязки к сетям;
ЭКОЛОГИЧНОСТЬ – отсутствие вредных выбросов;
ДОСТУПНОСТЬ – работа на распространённых видах топлив.
Миссия ООО «НИЦ «ТОПАЗ»
Создание глобальной энерго-экосистемы, где каждый потребитель получает:
Examples of Successfully Implemented Projects
400 W system for automated process control, telemetry, and communications at a gas regulation station
Primary Power Supply System
LLC «Gazprom Transgaz Kazan» (GRP RS-4)
Fuel: Methane
Dimensions (L×H×W): 800 × 1940 × 600 mm
Operating temperature range: –45 to +45 °C
Maintenance interval: 1 year
Dimensions (L×H×W): 800 × 1940 × 600 mm
Operating temperature range: –45 to +45 °C
Maintenance interval: 1 year
ООО «ГАЗПРОМ ТРАНСГАЗ КАЗАНЬ» (ГРП РС-4)
СИСТЕМА ОСНОВНОГО ЭЛЕКТРОПИТАНИЯ
систем АСУ ТП, телеметрии и связи мощностью 400 Вт на газорегуляторном пункте.
Электроустановка Гамма на базе планарных ТОТЭ
Топливо – метан
Габариты (Д х В х Ш) – 800 х 1940 х 600 мм
Диапазон рабочих температур – минус 45 ... +45 °C
Интервал технического обслуживания – 1 год
СИСТЕМА ОСНОВНОГО ЭЛЕКТРОПИТАНИЯ
систем АСУ ТП, телеметрии и связи мощностью 400 Вт на газорегуляторном пункте.
Электроустановка Гамма на базе планарных ТОТЭ
Топливо – метан
Габариты (Д х В х Ш) – 800 х 1940 х 600 мм
Диапазон рабочих температур – минус 45 ... +45 °C
Интервал технического обслуживания – 1 год
Fuel: Methane
Dimensions (L×H×W): 930 × 1840 × 1043 mm
Operating temperature range: –45 to +45 °C
Maintenance interval: 1 year
Dimensions (L×H×W): 930 × 1840 × 1043 mm
Operating temperature range: –45 to +45 °C
Maintenance interval: 1 year
Total output power of 1200 W at valve site KP-251 to provide electrochemical protection for a pipeline section
Primary Power Supply System
LLC «Gazprom Transgaz Kazan» (KP-251)
«Gamma» power unit based on planar solid oxide fuel cells (SOFCs)
«Gamma» power unit based on planar solid oxide fuel cells (SOFCs)
Partners
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Company Details of LLC «TOPAZ»
Data on the Results of the Special Assessment of Working Conditions
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Contact Us
LLC «TOPAZ»
Actual address:
Building 1, 4A Zolotorozhsky Val Street
Moscow, 111033
Russia
Legal address:
Office 54, Room 334, Floor 1
Building 1, 42 Bolshoy Boulevard
Skolkovo Innovation Center
Moscow, 121205
Russia
Phone: +7 (495) 181-96-96
Email: topaz@inenergy.ru
Building 1, 4A Zolotorozhsky Val Street
Moscow, 111033
Russia
Legal address:
Office 54, Room 334, Floor 1
Building 1, 42 Bolshoy Boulevard
Skolkovo Innovation Center
Moscow, 121205
Russia
Phone: +7 (495) 181-96-96
Email: topaz@inenergy.ru
© LLC «TOPAZ», 2025
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