Lithium Iron Phosphate Batteries Supplier & Exporter serving Latvia

Empowering Baltic industrial transition with safe, high-capacity, and low-temperature resilient LiFePO4 energy storage solutions directly from our state-of-the-art gigafactory.

About UX Power

Pioneering Sustainable energy Solutions

UX Power is an innovative enterprise that focuses on the research and development, production, and sales of new energy power lithium batteries. Since our establishment in 2009, we have been committed to providing global customers with efficient, safe, and sustainable power lithium battery solutions, promoting the rapid development of the new energy power industry.

Through strategic collaboration with industrial leaders in Latvia, Estonia, and Lithuania, we deliver customized, high-performance battery packs optimized for harsh winter operations, integration with distributed solar photovoltaic grids, and commercial fleet electrifications.

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Factory Operations & Capacity

  • Global Partner Networks100+ Systems Installed
  • Total Production Area10,000㎡ Gigafactory
  • R&D Engineering Strength30% Dedicated Engineers
  • Annual Factory Capacity2GWh Output
15 Years Lithium OEM Experience
30% R&D Engineers Ratio
10,000㎡ Production Facility
100+ Global Partners
2GWh Annual Capacity
Market Analysis Report

Latvia Energy Transition and the Essential Role of LiFePO4 Technology

Latvia, alongside its Baltic counterparts, is undergoing one of the most drastic and critical energy transformations in Europe. Propelled by the Baltic National Energy and Climate Plans (NECP 2021–2030) and the urgent geopolitical necessity to desynchronize from the Russian BRELL power grid to fully integrate with the Continental European system by early 2025, security of energy storage has moved from a future convenience to an immediate national priority.

This rapid shift is resulting in structural changes. Heavy reliance on large-scale hydro generation (the Daugava cascade) and expanding capacities of wind and solar parks require sophisticated energy damping solutions. Lithium Iron Phosphate (LFP / LiFePO4) chemistry has emerged as the definitive medium for this energy stabilizing mission because of its unrivaled safety parameters, thermal endurance, and competitive total cost of ownership (TCO).

"The integration of regional commercial solar arrays in Latvia requires robust, resilient batteries capable of managing high-frequency charge/discharge cycling without risk of thermal runaway. LiFePO4 stands out as the ultimate standard for safety and longevity under extreme continental climates."

Adapting to Latvia's Challenging Sub-Zero Climates

One of the primary concerns for industrial battery deployments in Latvia (from Riga to Latgale) is the low winter temperature, which frequently dips below -15°C or even -20°C. Standard lithium-ion chemistries (such as NMC) suffer from rapid lithium plating issues and potential safety degradation when charged under sub-zero temperatures.

Our engineered LiFePO4 cells solve this using integrated intelligent temperature control and low-temperature electrolyte blends. Key features include:

  • Integrated Heating Elements: Automated warming pads integrated within rack systems draw minimal power to elevate internal cell temperatures above 5°C before accepting charge.
  • Low-Temp Electrolyte Formulations: Proprietary blends that ensure ionic conductivity is maintained down to -25°C, ensuring reliable performance in external telecom and off-grid solar equipment.
  • Rigid Insulation Packaging: Customized battery modules utilizing low thermal conductivity materials to prevent rapid heat loss from internal systems.

Global and European Energy Storage Dynamics

Internationally, the transition to LiFePO4 is sweeping the utility, telecom, and automotive sectors. According to recent industrial data, LFP has surpassed NMC in market share for utility-scale energy storage projects globally. The chemical configuration of iron-phosphate avoids structural vulnerabilities associated with cobalt and nickel, mitigating risk of thermal runaway and supply chain vulnerabilities. As the European Green Deal tightens sustainability requirements, UX Power’s cobalt-free chemical design offers Baltic industrial buyers a clean, environmentally compliant footprint.

State-of-the-Art Production & Quality Control

Why UX Power’s advanced manufacturing facility guarantees reliable battery performance in demanding Baltic applications.

UX Power Intelligent Automated Production Floor
Intelligent Production

Automated Assembly & Quality Testing

UX Power has always been attentive to every detail to provide high-quality products. The super first-class factory management mode, along with the equipped relevant facilities, as well as the EMC, drop, vibration, shock resistance, waterproof, corrosion resistance, and thermal shock test laboratories, ensure each power lithium battery of UX Power exceeds industrial expectations.

By utilizing advanced automated production lines, we reduce human error, speed up production cycles, and guarantee excellent consistency across every single cell manufactured. This scale and control translates directly to highly competitive DDP Riga pricing for our partners.

Engineering Team

Professional R&D and Custom Solutions

The lithium battery module technology center encompasses professional technical fields such as industrial design, electronics, power supply, software, structure, process, and testing. The engineering team consists of about 30 people or more. It mainly focuses on the needs of customers' power lithium battery modules and provides customers with one-stop customized solutions and products with a complete range of technical fields.

Whether you are developing specialized robotics for port terminals in Ventspils or integration with home inverter brands (such as Victron, Deye, or Growatt), our engineers deliver customized BMS firmware tailored for your exact operational profile.

Custom BMS Engineering & Development

Our Battery Management System (BMS) offers full configuration control for advanced communications including CANbus, RS485, and Modbus RTU Protocols.

  • Dual-stage over-current protection
  • Advanced active balancing up to 2A
  • Precise state of charge (SoC) estimation

Our Strategic Focus

Building a sustainable, reliable platform to support the global new energy revolution.

Vision

Allow power lithium batteries to be more unrestricted across industries and applications globally.

Mission

Provide fast and accurate solutions for the complex application scenarios of power lithium batteries.

Core Value

Take every small step forward seriously, maintaining engineering precision and structural responsibility.

Application Architecture

Localized Baltic Application Scenarios for LiFePO4 Systems

Deploying energy storage in the Baltic states requires careful consideration of mechanical and electrical environments. UX Power products are engineered to optimize reliability within the following primary frameworks:

1. Off-Grid Remote Infrastructure

Perfect for forestry monitoring stations, rural cabins in Kurzeme, and isolated data-logging equipment that requires constant, unmonitored power in extreme weather.

2. Port Logistics & EV Marine

Sustaining industrial material handling machinery, hybrid harbor pilot boats, and automated guided vehicles (AGVs) operating in the Port of Riga.

3. Telecom Backup Systems

Securing uninterrupted communication for 5G network towers across Latvia, providing seamless switchover during grid adjustments or winter storm blackouts.

The Chinese Factory Advantage – Uncompromised Efficiency & Supply Integration

As the undisputed epicentre of the global green technology supply chain, China accounts for over 75% of global lithium battery manufacturing. Partnering directly with UX Power allows Latvian and European distributors to bypass expensive intermediaries and access raw scale advantages:

  • Direct Materials Sourcing: By integrating manufacturing closely with upstream cathode material processors, we insulate buyers from raw material cost fluctuations.
  • Optimized Shipping to Baltic Hubs: We offer streamlined shipping options, including rail transport via the Silk Road land bridge directly to Riga terminals, or maritime container routes providing cost-effective shipping terms.
  • Advanced Laser Welding and Cell-Matching: Utilizing automated cell matching algorithms ensures that voltage, internal resistance, and capacity are matched across modules, ensuring a lifecycle that easily surpasses 6,000 charge cycles.

Core Strategic Advantages

Why industrial procurement managers choose UX Power as their long-term supply partner.

Industry Leadership

Over 15 years of continuous research, engineering development, and scale production of power lithium batteries.

Independent R&D

Dedicated research laboratory for structural design, electronic circuitry (BMS), and advanced thermal testing.

Advanced Machinery

Equipped with fully automated sorting machines, high-precision laser welders, and computerized aging systems.

One-Stop Customization

Complete OEM/ODM customization services covering casing dimensioning, voltage requirements, and communication protocols.

Responsive Support

Highly trained technicians and customer service managers providing rapid responses and direct technical support.

Proven Partnerships

Global installation base across various application configurations, serving utilities, industrial companies, and developers.

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Comprehensive Product Range Serving Latvian Businesses

Explore our full line of commercial, residential, and industrial LiFePO4 solutions.

Latvia Procurement FAQ

Technical, structural, and logistical questions regarding industrial LiFePO4 supply chains.

How do your LiFePO4 batteries perform during cold Baltic winters?
UX Power batteries designed for northern regions incorporate advanced internal heaters and specialized low-temperature electrolyte formulas. The BMS triggers automatic pre-heating protocols to ensure safety when temperatures fall below freezing. This prevents micro-structural damage to the anode, preserving battery health and capacity.
What certifications do you provide for importing to Latvia and the EU?
All our products are certified according to strict European standards, including CE, UN38.3, IEC 62619, and ROHS compliance. Complete testing documentation and factory validation certificates are provided with every shipment.
What is your typical delivery lead time to Riga?
For items stocked in our European warehouses, shipping takes approximately 3 to 7 working days. For custom OEM manufacturing runs dispatched from our main facility in China, lead times generally range between 25 and 45 days, depending on shipping configurations (maritime, rail, or air cargo).
Can your batteries integrate with mainstream European inverters?
Yes, our intelligent BMS firmware is designed to be compatible with leading hybrid inverter brands including Victron Energy, Deye, Growatt, SMA, and GoodWe. We provide protocols to ensure plug-and-play communication out of the box.

Ready to Secure Your Power Storage Supply?

Get in touch with our technical sales team for custom dimensions, system calculations, and direct wholesale pricing.