ENERGY / 01
View battery range LiFePO4 Battery
Stores energy using scalable lithium iron phosphate battery modules.
Commercial & industrial storage
All-in-One ESS for Commercial & Industrial Energy Storage
Anern integrates LiFePO4 battery storage, power conversion, battery management, energy management, thermal control and system protection into a coordinated ESS platform—helping EPC contractors and commercial energy users simplify system design, installation and operation.
01LiFePO4 Battery
02BMS
03PCS / Inverter
04EMS
05Thermal & Safety
01 / System architecture
What Is an All-in-One Energy Storage System?
An all-in-one ESS combines the major subsystems required for battery energy storage into a coordinated solution rather than requiring EPC teams to independently source and integrate multiple components.
Depending on the selected configuration, an integrated C&I ESS can include LiFePO4 battery modules, BMS, PCS or hybrid inverter, EMS, thermal management, electrical protection and fire-safety functions.
For commercial projects, the primary advantage is not simply a smaller enclosure—it is reduced system-integration complexity.
CONTROL / 02
BMS
Monitors voltage, current, temperature, SOC and battery protection limits.
CONVERSION / 03
PCS / Hybrid Inverter
Controls bidirectional AC/DC power conversion between battery, grid and loads.
ORCHESTRATION / 04
EMS
Coordinates charging, discharging and operating strategies according to project requirements.
PROTECTION / 05
Coordinated platformThermal & Safety Management
Supports stable battery operating conditions and system-level protection.
02 / Integration efficiency
Why Choose an All-in-One ESS Instead of a Split System?
For EPC contractors, the value of an all-in-one ESS is primarily integration efficiency. Fewer interfaces between independently sourced batteries, PCS, EMS and protection equipment can make design validation, installation, commissioning and after-sales troubleshooting easier to manage.
SpecifyInstallCommissionOperate
| Consideration | All-in-One ESS | Conventional Split System |
|---|---|---|
| Component Integration | Pre-integrated system architecture | Multiple independently selected components |
| Engineering | Lower interface complexity | Greater EPC integration workload |
| Installation | More standardized | More site wiring and commissioning |
| Footprint | Compact cabinet-based deployment | Multiple cabinets/equipment zones |
| Communication | Coordinated BMS/PCS/EMS interfaces | Communication matching required |
| Expansion | Modular cabinet expansion | Project-specific redesign may be required |
| O&M | Centralized monitoring | Multiple devices/platforms may be involved |
03 / Operating modes
One Platform, Multiple Commercial Energy Strategies
Peak Shaving
Charge batteries during lower-demand periods and discharge when facility demand approaches predetermined limits.
Load Shifting
Move electricity consumption from higher-tariff periods to lower-cost periods where the local tariff structure supports time-of-use optimization.
Solar Self-Consumption
Store excess photovoltaic generation for use when on-site solar output is insufficient.
Backup Power
Support selected critical loads during grid interruptions when the system configuration, transfer architecture and inverter operating mode are designed for backup operation.
04 / Project sizing
How to Size an All-in-One ESS for Your Project
Four Inputs Determine the Right ESS Configuration
Power Requirement — kW
What is the maximum load or PCS output required?
Energy Requirement — kWh
How many kilowatt-hours must be shifted, stored or backed up?
Operating Strategy
Peak shaving, PV self-consumption, backup, TOU arbitrage or hybrid operation?
Site & Grid Conditions
Grid voltage, phase configuration, available installation area, ambient conditions and interconnection requirements.
Anern Configuration
Choose a starting platform
System / Typical Project Positioning
30 kW / 60 kWh
Entry-level C&I storage
A compact project starting point for commercial sites requiring coordinated solar, storage and three-phase hybrid power conversion.
View 30kW / 60kWh system
50 kW / 128 kWh
Medium commercial facilities
A complete hybrid configuration combining three-phase power conversion, solar generation and 128kWh lithium battery storage.
View 50kW / 128kWh system
80 kW / 225 kWh
Larger C&I load management
An all-in-one C&I system that pairs an 80kW hybrid inverter with a 225kWh high-voltage LiFePO4 battery bank.
View 80kW / 225kWh system
105–125 kW / 241–261 kWh
Integrated liquid-cooled C&I ESS
A higher-capacity integrated cabinet platform for industrial parks, commercial centers and solar-storage-charging microgrids.
View 105kW / 241kWh system05 / Market access
Global Compliance for ESS Projects
Compliance is configuration-specific, not brand-wide.
ESS market access depends on the battery, inverter/PCS, PV module, complete system configuration and destination-country requirements. Anern can provide available certification and technical documentation according to the selected model and project.
Suggested Country-by-Country Compliance Matrix
Scroll horizontally to compare requirements| Market | Battery / BESS | PV Module | Inverter / Grid | Manufacturer / Management |
|---|---|---|---|---|
| European Union | IEC 62619 / IEC 63056 where applicable; CE-related requirements | IEC 61215 / IEC 61730 | CE + applicable local grid requirements | ISO 9001; ISO 14001*; ISO 45001* |
| United Kingdom | IEC-based battery safety documentation + applicable UK requirements | IEC 61215 / IEC 61730 | Applicable UK grid connection requirements | ISO management systems |
| United States | UL 9540 / UL 9540A depending on ESS configuration and AHJ requirements | UL/IEC module requirements according to project | Applicable UL / IEEE / utility interconnection requirements | Factory QMS + project documentation |
| Australia / New Zealand | IEC battery safety + local installation requirements | IEC 61215 / IEC 61730 | AS/NZS and local grid connection requirements | Factory QMS |
| Middle East | IEC-based specifications commonly used in tenders | IEC 61215 / IEC 61730 | Utility / tender-specific grid requirements | ISO / project documentation |
| Africa | IEC-based requirements commonly used for international projects | IEC 61215 / IEC 61730 | Country / utility specific | ISO / tender documentation |
| Latin America | IEC-based system documentation + country requirements | IEC 61215 / IEC 61730 | Local utility / grid code requirements | Factory QMS |
Exact certification requirements vary by country, utility, AHJ, system configuration and project. Contact Anern for model-specific certificates and compliance documentation.
06 / Manufacturing depth
More Than an ESS Supplier: Anern Is a Solar Energy Manufacturer
From Battery Manufacturing to Complete ESS Integration
Anern is not positioned simply as a trading company sourcing unrelated components. The company operates a solar manufacturing base of approximately 30,000 m² and is supported by more than 100 R&D professionals.
Its product portfolio covers lithium batteries, solar inverters, photovoltaic modules and integrated solar energy storage solutions, allowing project teams to coordinate multiple key parts of a solar-plus-storage system through one supplier.
100+R&D Team
30,000㎡Production Base
50+Patent Certifications
200+Countries & Regions Served
07 / Project delivery
From Project Requirement to Commissioning Support
Five coordinated steps keep technical inputs, configuration and project documentation aligned.
- 01
Project Inputs
Country, load profile, PV capacity, grid information and required backup time.
- 02
System Engineering
Determine kW/kWh ratio, battery architecture and PCS/inverter configuration.
- 03
Compliance Review
Match available certificates and documentation against destination-market requirements.
- 04
Production & Factory Verification
Assembly, inspection and project documentation.
- 05
Delivery & Technical Support
Installation documentation, commissioning guidance and after-sales support.
PLANNING A COMMERCIAL ESS PROJECT?
Start a configuration review Send Your Load Profile & Project Requirements
08 / Technical answers
FAQs of All-In-One ESS
Confirm model-specific requirements with Anern’s technical team when planning a quotation or market-compliance review.
Ask a technical questionWhat is the difference between an all-in-one ESS and a battery cabinet?
A battery cabinet primarily stores energy. An all-in-one ESS can additionally integrate power conversion, energy management and other balance-of-system functions.
Is an all-in-one ESS suitable for peak shaving?
Yes, when properly sized and configured with an EMS, an ESS can charge and discharge according to facility demand thresholds.
Can an all-in-one ESS work with solar PV?
Yes. Depending on the AC- or DC-coupled architecture, an ESS can store excess PV generation for later use.
Can Anern customize the system for different countries?
Anern can configure equipment according to project electrical requirements and provide available model-specific certification documentation. Final market-access requirements should be verified for the destination country and project.
What information is required for an ESS quotation?
Country, load profile, required power, required storage duration, PV capacity, grid voltage/frequency, installation environment and required operating modes.