Forschung zu Ihrem Thema
Wenn Sie eine Forschung zu einem neuen Thema benötigen, laden Sie bitte dieses Formular herunter, füllen sie es aus und richten Sie eine Anfrage mit dem ausgefüllten Formular anbei.
Unsere Nachrichten
15 October 2026
Company news
On October 14, the company’s CEO, Igor Petrov, took part in the 1st International Conference "Non-Ferrous Metals 2026" (organized by CREON Energy) and delivered a presentation...
18 September 2026
Company news
Igor Petrov, the company’s director, provided expert commentary to the specialized portal "Pro Metall" regarding the situation on the Russian tungsten products market:
26 June 2026
Company news
СEO Igor Petrov provided expert commentary for the specialized portal «Pro Metall» regarding Russia's export of non-ferrous metallurgy products.
08 June 2026
Articles by our employees
The journal "Mineral Resources of Russia. Economics and Management" (No. 3, 2026) published an article by expert analyst Victoria Vlasova, "EAEU Countries in the Global Aluminum Raw...
04 June 2026
Articles by our employees
The Gas Business magazine (No. 2, 2026) published an article by the company's CEO, Igor Petrov (along with co-authors), entitled "Rare earth metals as a possible driver of technological...
Zahlungsarten
 |
 |
 |
Electrochemical Energy Storage Systems in Russia and Worldwide: Production, Маркет and Forecast
Seitenzahl: 152
Anzahl der Tische: 46
Anzahl der Zeichnungen: 5
Report Sprache: Russian
Freigegeben: 16.09.2026
Form der Präsentation:
PDF Copy
Pdf, Word (version for copying and editing)
Pdf, Word, Excel
Pdf, Word, Excel, 2 hard copies (for credit organizations)
Pdf, Word, Excel, 2 hard copies and Adobe Illustrator presentation (for incorporation into investment projects)
Manifestation: Herunterladen
Preis: 5 000 Euro
This report is currently available in Russian language only. However, we can provide an English version of the report within 3 weeks after receiving a payment
This report is the first edition of a study on the Russian market for electrochemical electrical energy storage systems.
Market monitoring has been conducted since 2020.
The study focuses on land-based electrochemical electrical energy storage systems intended for autonomous use.
The objects of the study are Russian electrochemical electrical energy storage systems.
This work is a desk-based study. Information sources included data from statistical committees of EAEU countries (including Rosstat, the National Statistical Committee of the Republic of Belarus, and the Bureau of National Statistics of the Agency for Strategic Planning and Reforms of the Republic of Kazakhstan); international databases such as UNdata, the World Bank, and Eurostat; international and European trade data (UN Comtrade, Trade Map); data from the Federal Customs Service of the Russian Federation (up to 2022), the Unified Information System in the Sphere of Procurement, railway transport statistics, the SBIS database, and specialized foreign companies; annual and quarterly reports of securities issuers; industry and regional press, conference materials, and websites of manufacturers and consumers of the products under study; scientific and technical literature (eLibrary, etc.); the FIPS patent database; the Infomine database; and others.
Study timeframe: 2020–2025, with a forecast for 2026–2030.
Geographic scope: Russian Federation (comprehensive, detailed market analysis) and the rest of the world (brief overview).
The report consists of 9 chapters and comprises 152 pages, including 46 tables, 5 figures, and 3 appendices.
The first chapter outlines the classification of electrical energy storage systems and summarizes the key requirements for them.
The second chapter presents an analysis of the main types of electrochemical electrical energy storage systems.
Chapter 3 provides a brief overview of the global market for electrochemical energy storage systems.
Chapter 4 summarizes information on Russian manufacturers of electrochemical energy storage systems and estimates production volumes in the Russian Federation for the period 2020–2025.
Chapter 5 analyzes key foreign trade operations involving electrochemical energy storage systems in Russia during 2020–2025.
Chapter 6 presents a price analysis of electrochemical energy storage systems for 2026.
Chapter 7 assesses the Russian market size, calculating apparent consumption of electrochemical energy storage systems from 2020 to 2025 based on domestic production, imports, and exports; it also characterizes the key economic sectors that consume these systems.
Chapter 8 presents a substantiated forecast for the consumption of electrochemical energy storage systems for the period 2026–2030.
Chapter 9, the report's conclusion, summarizes global and Russian patent data regarding electrochemical energy storage systems.
The appendices provide key information on foreign manufacturers of electrochemical energy storage systems, a registry of open procurement tenders for these systems in the Russian Federation, and contact details for major Russian manufacturers and consumers.
A distinctive feature of the report is its detailed description of Russian manufacturers of electrochemical energy storage systems—including an analysis of their financial standing—alongside a price analysis and a comprehensive registry of open procurement tenders for these systems covering the period 2020–2026. The study’s target audience includes:
- participants in the Russian market for electrochemical energy storage systems (manufacturers, consumers, and traders);
- agencies within the Ministry of Emergency Situations and the Ministry of Defense;
- potential investors;
- college and university students and postgraduates;
- deputy heads of district and municipal administrations responsible for energy-related matters.
This study is intended to serve as a reference resource for marketing departments and decision-makers operating in this market.
Abstract
Introduction
1. Classification of energy storage systems
2. Comparative analysis of electrochemical energy storage systems
3. Overview of the global market for electrochemical energy storage systems
4. Electrochemcial energy storage systems manufactured in Russia
4.1. Assessment of energy storage system production volumes in the Russian Federation
4.2. Key manufacturers of electrochemical energy storage systems in Russia (2020–2026)
RENERA LLC (Moscow)
Belmi LLC (Moscow)
Sistemotekhnika LLC (Moscow)
Uralelement JSC
Rigel JSC (St. Petersburg)
NTS LLC (Izhevsk)
NIAI Istochnik JSC (St. Petersburg)
Parus Electro LLC (Moscow)
Voltag LLC (Moscow)
ZAKB LLC (Saratov)
Smart Batteries LLC / ENERGON (Moscow)
AVEX JSC (Moscow)
Liotech LLC (Leningrad Region)
Energia PJSC / Advanced Energy LLC (Yelets)
Batareon LLC / NETER Company (Kazan)
INESIS LLC (Troitsk)
Inenergy LLC (Moscow)
Cleanpowel LLC (Moscow)
Stabtekh LLC (Golitsyno)
System Electric JSC (Moscow)
REO LLC (St. Petersburg)
Shtil Rus LLC (Moscow)
Others
5. Foreign trade operations involving electrochemical energy storage systems (EESS) in 2020–2025
6. Price analysis of electrochemical EESS in 2026
6.1. Cost of battery packs
6.2. Auxiliary equipment (inverters, BMS, cooling systems)
6.3. Installation and commissioning costs (EPC)
6.4. Maintenance and service costs (O&M)
6.5. Costs associated with fire, rescue, and emergency service requirements
6.6. End-of-life disposal costs
6.7. Levelized Cost of Storage (LCOS)
7. Market size for electrochemical energy storage systems (ESS) in the Russian Federation (2020–2025)
7.1. Apparent consumption of electrochemical ESS in Russia in 2025
7.2. Profiles of key ESS consumers
7.2.1. Data centers
7.2.2. Households
7.2.3. Power grid infrastructure
7.2.4. Mobile ESS for the Arctic region
8. Forecast of electrochemical ESS production and consumption in Russia through 2030
9. Global and Russian patents for inventions
Appendix 1. Key information on leading global electrochemical ESS manufacturers
Appendix 2. Registry of ESS procurement in the Russian Federation (2020 – first 8 months of 2026): volume (kg) and value (RUB million)
Appendix 3. Contact information for major ESS manufacturers
Table 1: Top 10 global BESS integrators (2026)
Table 2: Major BESS projects in Russia (as of August 2026)
Table 3: Russian manufacturers of battery energy storage systems (BESS)
Table 4: Key financial and operational indicators for Renera LLC (2020–2025), RUB million
Table 5: Key financial and operational indicators for Renera-Enertech LLC (2021–2025), RUB million
Table 6: Key specifications of BESS manufactured by Belmi LLC (Moscow)
Table 7: Key financial and operational indicators for Belmi LLC (2023–2025), RUB million
Table 8: Key financial and operational indicators for Sistemotekhnika LLC (2020–2025), RUB million
Table 9: Product range of cylindrical lithium-ion batteries from NTS LLC
Table 10: Key financial and operational indicators for NTS LLC (2020–2025), RUB million
Table 11: Key financial and operational indicators for Parus Electro LLC (2020–2025), RUB million
Table 12: Key specifications of lithium-ion batteries manufactured by Voltag LLC
Table 13: Specifications of uninterruptible power supply units from Voltag LLC
Table 14: Key financial and operational indicators for Voltag LLC (2020–2025), RUB million Table 15: Product range and key specifications of KGL series batteries
Table 16: Product range and key specifications of KL (KPL) series batteries
Table 17: Product range and key specifications of KM (KPM) series batteries
Table 18: Product range and key specifications of KPH series batteries
Table 19: Key financial and operational indicators of ZAKB LLC, 2020–2025 (RUB million)
Table 20: Key financial and operational indicators of Smart Batteries LLC, 2020–2025 (RUB million)
Table 21: Key financial and operational indicators of Liotech LLC, 2024–2025 (RUB million)
Table 22: Key financial and operational indicators of PJSC Energiya, 2020–2021 (RUB million)
Table 23: Key financial and operational indicators of Advance Energy LLC, 2021–2025 (RUB million)
Table 24: Key financial and operational indicators of Batareon LLC, 2023–2025 (RUB million)
Table 25: Key financial and operational indicators of INESIS LLC, 2020–2025 (RUB million)
Table 26: Key financial and operational indicators of Inenergy LLC, 2020–2025 (RUB million)
Table 27: Key financial and operational indicators of Cleanpower LLC, 2020–2025 (RUB million) Table 28: Key financial and operational indicators of Stabtekh LLC, 2020–2025 (RUB million)
Table 29: Key financial and operational indicators of System Electric JSC, 2020–2025 (RUB million)
Table 30: Key financial and operational indicators of REO JSC, 2020–2025 (RUB million)
Table 31: Key financial and operational indicators of Vispenergo LLC, 2023–2025 (RUB million)
Table 32: Imports of energy storage systems (ESS), 2020–2025 (kg, USD)
Table 33: Imports of lithium-ion batteries, 2024–2025 (USD million, tonnes, units) Table 34: Top 20 importers of lithium-ion batteries in 2024, $ million
Table 35: Examples of imported components for lithium-ion battery production by Renera-Enertech LLC in 2024, kg, $
Table 36: Regional cost variations for different battery types for BESS in 2026, $/kWh
Table 37: Cost structure of auxiliary equipment for BESS
Table 38: Estimated EPC costs for various BESS types, $/kW
Table 39: Estimated annual O&M costs for various BESS types, %
Table 40: Estimated annual O&M costs for various BESS types in China, the USA, and Russia, $/kWh per year
Table 41: Comparative assessment of risks and safety costs for battery-based BESS
Table 42: Disposal costs for various BESS types, $ per tonne
Table 43: Estimated LCOS for various battery-based BESS types, $/MWh
Table 44: Application areas for electrochemical BESS in the civil sector
Table 45: Key technology trends for 2027–2040
Table 46: Active Russian Federation patents for inventions in the BESS field as of September 6, 2026
Figure 1: Global market structure of battery-based energy storage system (BESS) manufacturers in H1 2026, %
Figure 2: Structure of the Russian electrochemical energy storage system market by manufacturer (in value terms) in 2025, %
Figure 3: Structure of the Russian electrochemical energy storage system fleet in 2026, %
Figure 4: Forecast of installed electrochemical energy storage system capacity in Russia through 2030, GW
Figure 5: Forecast of electrochemical energy storage system production in Russia through 2030, MWh
