Storage Battery Packs
| Cat | Products Name | Key Features | Price |
|---|---|---|---|
| ESB-SBP-001 | Storage Battery Packs 12.8V 100Ah | Low Capacity; LFP Material; Long Cycle Life | Request a Quote |
| ESB-SBP-002 | Storage Battery Packs 12.8V 150Ah | LFP Material; Long Cycle Life | Request a Quote |
| ESB-SBP-003 | Storage Battery Packs 12.8V 200Ah | Low Capacity; LFP Material; Long Cycle Life | Request a Quote |
| ESB-SBP-004 | Storage Battery Packs 12.8V 300Ah | LFP Material; Long Cycle Life | Request a Quote |
| ESB-SBP-005 | Storage Battery Packs 25.6V 100Ah | Low Capacity; LFP Material; Long Cycle Life | Request a Quote |
| ESB-SBP-006 | Storage Battery Packs 25.6V 200Ah | Low Capacity; LFP Material; Long Cycle Life | Request a Quote |
| ESB-SBP-007 | Storage Battery Packs 25.6V 300Ah | LFP Material; Long Cycle Life | Request a Quote |
| ESB-SBP-008 | Storage Battery Packs 12V 230Ah | LFP Material; Safe Operation | Request a Quote |
| ESB-SBP-009 | Storage Battery Packs 12V 200Ah (20.5in * 9.5in * 8.6in) | Low Capacity; LFP Material | Request a Quote |
| ESB-SBP-010 | Storage Battery Packs 12V 200Ah (13.6in * 7.5in * 9.7in ) | Low Capacity; LFP Material | Request a Quote |
Introduction
The storage battery pack is an integrated unit comprising series-parallel connected cells, structural enclosure, thermal management interfaces, and an intelligent battery management system (BMS). It serves as the scalable building block for modern energy storage, enabling capacities from kilowatt-hours to megawatt-hours. AIMRSE's development approach balances theoretical rigor with practical application, integrating advanced materials, joining techniques, and thermal designs to address limitations including thermal gradients, cell imbalance, and mechanical integrity under vibration.
Diverging from commoditized consumer packs, AIMRSE products are optimized for enterprise and laboratory ecosystems. We prioritize long-term operational stability, minimal performance variance, and seamless interoperability with professional equipment and grid infrastructure. Our consortium of electrochemistry and systems engineering experts continuously investigates novel pack architectures and communication protocols to enhance energy density, round-trip efficiency, and longevity. Through a client-centric methodology, we deliver tailored solutions spanning megawatt-scale industrial storage to milliwatt-precise laboratory experimentation.
Application Fields
The inherent design philosophy of AIMRSE battery packs ensures broad applicability across demanding industrial and scientific domains. Their core attributes of high stability, reliability, and environmental resilience make them a cornerstone technology for diverse energy storage challenges.
Commercial & Industrial Peak Shaving
Tailored for commercial facilities and industrial plants, our battery packs reduce demand charges by discharging during peak consumption periods. They provide seamless power support, enhance power factor, and ensure business continuity during grid disturbances. Their robust design and advanced BMS enable precise control of charge/discharge cycles based on real-time load and tariff signals.
Renewable Energy Integration
As a key enabler for renewable sources like photovoltaic and wind power, our packs mitigate intermittency by providing temporal energy shifting. They store surplus generation for later use, smooth power output, and enhance the reliability of renewable microgrids. Their chemistry and design are selected for resilience against partial state-of-charge cycling, common in renewable applications. Scalable from residential to utility-scale.
Data Center & Critical Backup Systems
In data centers and critical infrastructure, power reliability is non-negotiable. AIMRSE packs provide dependable backup power for servers, network equipment, and cooling systems. Their high safety ratings, fast response time (<4ms), and predictable performance are essential in these scenarios, ensuring operational continuity and protecting sensitive equipment from power anomalies. Available in rackmount form factors for seamless integration.
Microgrid & Remote Power
Beyond grid-tied applications, our battery packs are ideally suited for island microgrids, telecom towers, and off-grid communities. They offer the necessary balance of energy content, power delivery, and cycle life for demanding duty cycles, integrating seamlessly with diesel generators, solar arrays, and wind turbines to provide 24/7 reliable power.
Customization Services
AIMRSE recognizes that optimal performance is achieved when the energy storage solution is precisely aligned with the application's unique constraints and goals. We offer extensive customization capabilities, collaborating closely with clients to tailor our core pack technology to their specific requirements.
Electrical & Performance Tailoring
We can adjust key performance parameters to match application needs. This includes optimizing the pack for specific energy (kWh) or power (kW) targets, tuning the charge and discharge rate capabilities (C-rate), and engineering the cycle life profile for the intended duty cycle. Voltage ranges (48V, 400V, 800V, etc.) and communication protocols (CAN, Modbus, RS485) are fully configurable.
Mechanical & Thermal Integration
Beyond standard form factors (rack, wall-mount, floor-standing), we can develop custom enclosures with specific IP ratings, mounting brackets, and thermal management solutions (passive cooling, active liquid cooling, or heating pads). This ensures mechanical compatibility and simplifies integration into existing or novel product designs, from compact telecom cabinets to large-scale containerized systems.
System-Level Solution Design
Our support extends beyond the pack. Our engineering team can collaborate on the design of complete energy storage systems, including recommendations for inverter pairing, energy management system (EMS) topology, and system integration protocols. We provide turnkey solutions that include all necessary cabling, connectors, and monitoring interfaces.
Dedicated Technical Support & Co-Development
We offer partnership-oriented technical support, including detailed application engineering reviews, co-development programs for cutting-edge projects, and dedicated training on the optimal use and handling of our customized products. Our team assists with certifications and compliance documentation for global markets.
Proven Success Cases
Reliability and performance delivered across critical global sectors.
Electrochemistry Research Institute
NetherlandsA leading European research center required ultra-stable power for long‑duration material characterization. AIMRSE supplied custom 162Ah NFPP packs with a precision BMS, maintaining <0.3% voltage deviation over 18 months of continuous cycling – enabling reproducible results for high‑impact publications.
The stability is exceptional; we now use AIMRSE packs as the reference standard for all our battery research.
Midwest Manufacturing Hub
USAAn industrial complex with high cyclic loads deployed a 3.2MWh AIMRSE storage system using 1300Ah LFP cells. The system performs automated peak shaving, reducing monthly demand charges by 27% while providing <4ms backup for critical welding robots.
After two years, capacity retention is still above 97% – far better than our previous lead‑acid banks.
Hospital, Bavaria
GermanyTo protect life‑support equipment during frequent winter grid sags, the hospital installed AIMRSE 314Ah LFP packs with integrated heating. The system delivers 10 hours of uninterrupted power at -15°C and has performed flawlessly through three severe storms.
Zero failures, zero voltage dips – our surgical suites now have true 24/7 power security.
Commercial Complex
UKA mixed‑use building with 800 kWp rooftop solar integrated a 2.2 MWh AIMRSE storage system. Using 280Ah LFP packs with Modbus communication, the system time‑shifts solar energy to peak evening hours, cutting grid imports by 40% and achieving Net Zero Carbon status.
The BMS integration with our EMS was seamless, and the cycle life has already exceeded our financial model.
The AIMRSE's Advantages
AIMRSE storage battery packs distinguish themselves through a foundation of sophisticated engineering, yielding distinct advantages that address the complex needs of professional users.
Multi-Layer Safety by Design
High‑stability LFP or NFPP cells, multi‑layer composite separators, and a redundant BMS with full protections. Flame‑retardant enclosure (UL94 V‑0) with pressure relief vents prevents thermal propagation even under extreme conditions.
Exceptional Cycle Life & System Efficiency
Optimized cell matching, low‑impedance busbars, and advanced BMS deliver >6,000 cycles (80% DoD) and >95% round‑trip efficiency. Minimal parasitic losses and excellent cell balance reduce TCO and maintenance.
Broad Operational Envelope & Environmental Resilience
Wide temperature range (-20°C to 55°C) with advanced thermal management ensures stable performance in data centers or harsh industrial settings. IP54/IP65 available for outdoor deployment.
Frequently Asked Questions (FAQ)
What are the key differences between AIMRSE battery packs and standard battery modules?
Can AIMRSE battery packs be paralleled for higher capacity or power?
How is the warranty handled and what is the expected lifespan?
Related Products
Note: Our battery cells and materials are intended for R&D and industrial testing. Complete energy storage systems are certified for operational deployment.
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