Site and Application Review
Confirm project objective, electrical environment, loads, required operating modes and the AINEGY product family that supports them.
Integrated Energy Storage Solutions
Integrated Energy Storage Solutions for C&I, Microgrids, EV Charging and Critical Power
AINEGY combines battery storage, EMS, PCS, PV, diesel generation, ATS / STS and project-specific control to deliver measurable energy value, grid-forming microgrid operation, black start, fast source transfer and high-power EV charging across different product platforms.
Grid-Forming & Black Start<20ms Fast Transfer1C Power CapabilityProject ROI Analysis
Multi-Source Energy Coordination Start with Your Site Condition
Choose the closest operating condition first. AINEGY then matches the project with the product family that provides the required energy value, transfer performance, grid-forming capability, charging power and system control.
01
Stable Grid + High Energy Cost
For factories and commercial sites evaluating peak-demand reduction, solar self-consumption and a typical project payback target of approximately 3–7 years under suitable tariff conditions.
Commercial & Industrial Energy Storage → 02Weak Grid or Multiple Power Sources
For projects requiring grid-forming operation, black start and coordinated PV, BESS, diesel generator and optional grid control.
Hybrid Microgrid & Remote Power →03No Grid or Independent Operation
For remote and off-grid sites using AINEGY microgrid cabinets or containers with 1C power capability, independent AC-bus establishment and prioritized load startup.
Remote and Off-Grid Architecture →04High-Power EV Charging Demand
For stations and fleets requiring battery-buffered charging, integrated EMS / ATS and dynamic allocation of total charging power across multiple guns.
EV Charging Energy Storage →05Critical Loads Requiring Backup
For critical loads requiring configured SOC reserve, load priority and supported AINEGY product configurations with transfer times below 20ms.
Critical Load Backup & Resilience →Four Project Architectures, Matched to Different Product Capabilities
AINEGY does not apply one function set to every system. Grid-connected C&I cabinets, hybrid cabinets, grid-forming microgrid products, EV charging systems and critical-power configurations are matched to different site objectives.
Grid + Optional PV + BESS + Facility Loads
Commercial & Industrial Energy Storage
Reduce peak demand, increase solar self-consumption and evaluate electricity-cost savings through load-profile and tariff analysis. Suitable projects commonly target approximately 10–30% peak-demand reduction and 3–7 year payback.
Explore C&I Solution →
PV + BESS + Diesel + Optional Grid + Loads
Hybrid Microgrid & Remote Power
AINEGY solar-diesel-BESS microgrid cabinets and containers support grid-forming operation, black start, 1C power and multi-source control. Properly sized projects commonly target approximately 20–40% diesel-fuel reduction.
Explore Hybrid Microgrid Solution →
Grid + Optional PV + BESS + EV Fast Charging
EV Charging Energy Storage
Coordinate available grid capacity, local battery energy and charging demand. AINEGY platforms include battery-integrated chargers and a 480kW total four-gun charging BESS container with dynamic power allocation, integrated EMS and ATS.
Explore EV Charging Solution →
Grid + BESS + EMS + ATS / STS + Critical Loads
Critical Load Backup & Energy Resilience
Match critical-load power, backup duration, SOC reserve and transfer requirements with the correct AINEGY hybrid or microgrid product. Supported configurations provide fast on-grid / off-grid transfer below 20ms.
Explore Critical Power Solution →Residential Solar & Backup Energy
Explore AINEGY residential battery systems for solar self-consumption, household backup and off-grid home energy applications. Functions are matched to the selected battery and inverter product family rather than applied uniformly across all residential models.
Explore Residential Solutions
Compare Typical Solution Components and Capabilities
Capabilities differ by AINEGY product family. “Core,” “selected series” and “optional” identify where each function belongs instead of implying that every model provides the same operating modes.
| Solution | Grid | PV | Diesel | BESS | EMS | ATS / STS | Grid-Forming | Black Start | Fast Transfer | EV Charging |
|---|---|---|---|---|---|---|---|---|---|---|
| Commercial & Industrial | Typical | Optional | Optional | Core | Core | Selected Hybrid Series | Selected Hybrid Series | Selected Series | <20ms Selected Series | Optional |
| Hybrid Microgrid | Optional | Core | Core | Core | Core | Core | Core | Core | <20ms | Optional |
| EV Charging Storage | Typical | Optional | Optional | Core | Core | Integrated on 480kW Platform | By Product Series | By Product Series | By Product Series | Core |
| Critical Load Backup | Core | Optional | Optional | Core | Core | Core | Selected Microgrid Series | Selected Microgrid Series | <20ms Supported | Optional |
How AINEGY Configures a Project Solution
The engineering process combines technical capability matching with savings, fuel and payback analysis so the recommended product is connected to measurable project value.
Load and Energy Data Analysis
Review load profile, charging demand, PV generation, generator operation, outage history and existing grid limitations.
Power, Capacity and ROI Modeling
Determine kW, kWh, usable duration and preliminary savings or payback using tariffs, fuel cost, system dispatch and project assumptions.
Architecture and Control Strategy
Define grid-following or grid-forming operation, black start, source transfer, load priority and PV-diesel-BESS coordination.
Product Configuration and Validation
Select the product model and verify supported C-rate, transfer time, EMS, ATS / STS, charging functions and protection configuration.
Delivery and Project Support
Prepare the agreed technical documents, manufacturing tests, delivery requirements and commissioning support scope.
What We Need to Design Your System
Technical and economic inputs are reviewed together. This allows AINEGY to calculate system size, operating strategy, savings potential and the correct product capability set.
Electrical Load
- Peak and average load
- Daily energy consumption
- Hourly or interval load profile
- Motor and impact loads
- Critical-load power and duration
Grid and Electricity Tariff
- Voltage and frequency
- Transformer and import capacity
- Demand-charge structure
- Time-of-use electricity price
- Grid stability and outage history
Solar and Generation
- Existing or planned PV capacity
- PV generation profile
- Generator quantity and rating
- Generator fuel consumption
- Fuel price and logistics cost
Required Product Capabilities
- Grid-forming or grid-following
- Black-start requirement
- Required transfer time
- 1C power requirement
- Grid-connected and off-grid modes
EV Charging Demand
- Charger and gun quantity
- Total station charging power
- Vehicle category and voltage
- Arrival and dwell-time pattern
- Simultaneous charging demand
Commercial and Site Conditions
- Target savings or payback
- Estimated outage or production-loss cost
- Ambient temperature and altitude
- Available installation space
- Local electrical and fire requirements
Operating Modes and Product Capabilities
AINEGY product families are designed for different duties. The capabilities below are assigned to the corresponding C&I, hybrid microgrid, EV charging or critical-power product series.
Solar Self-Consumption
Use PV to support site loads and charge the BESS according to the configured energy-management strategy.
C&I and hybrid systemsPeak-Demand Reduction
Discharge during high-load periods to reduce measured grid demand and support transformer or grid-import limits.
Typical 10–30% potentialGrid-Forming Operation
AINEGY solar-diesel-BESS microgrid cabinets and containers establish and regulate the local AC voltage and frequency reference.
Microgrid product seriesBlack Start
Start the local AC bus without an existing utility voltage reference, then energize auxiliary and prioritized loads in sequence.
Microgrid product series<20ms Fast Transfer
Supported hybrid and critical-power configurations provide fast on-grid / off-grid source transfer for compatible project loads.
Supported product series1C Power Capability
Matching AINEGY microgrid products support high charge and discharge power for load pickup, source coordination and black-start operation.
1C-capable systemsPV-Diesel-BESS Coordination
EMS coordinates PV output, generator dispatch, battery SOC and site loads to improve renewable use and reduce diesel operation.
20–40% diesel reduction potentialGrid-Connected and Off-Grid Operation
Hybrid microgrid products operate with or without the utility grid according to the configured source and load-control strategy.
Hybrid microgrid systemsDynamic EV Charging Allocation
Allocate the available total charging power among active charging guns instead of treating total station power as per-gun power.
Four-gun 480kW platformBackup SOC Reserve
Maintain a configured battery-energy reserve for critical loads while balancing daily energy-management objectives.
Critical-power configurationsMatch Each Capability to the Correct AINEGY Product Platform
Different products serve different operating duties. The final model is selected from the capability requirements rather than assuming one universal function set.
C&I Energy Storage
Grid / PV / Facility Loads
Grid-connected cabinets: peak shaving, time shifting and solar self-consumption
Hybrid C&I cabinets: backup and supported <20ms transfer configurations
Containerized BESS: larger power and energy projects
Hybrid Microgrid
PV / Diesel / Optional Grid / Loads
Grid-forming operation and local voltage / frequency establishment
Black start and prioritized load pickup
1C power and coordinated PV-diesel-BESS operation
EV Charging Storage
Grid / PV / BESS / EV Charging
Battery-integrated 80–240kW charging systems
DC-coupled PV-storage charging platforms
480kW total four-gun system with 1–1.5MWh BESS, EMS and ATS
Critical Load Backup
Grid / BESS / ATS or STS / Critical Loads
Supported configurations with <20ms fast transfer
SOC reserve, load priority and generator coordination
Selected microgrid series with grid-forming and black-start capability
Safety and Protection Confirmed at System Level
High-performance functions such as 1C operation, black start and fast source transfer must be integrated with the battery, PCS, switchgear, EMS, thermal management and protection architecture of the selected product.
Battery and BMS Protection
Confirm cell, module, rack and system monitoring, protection thresholds, SOC management and communication for the selected product.
Thermal Management
Select air or liquid cooling according to product platform, 1C duty requirements, ambient conditions and project operating profile.
Electrical Protection and Isolation
Confirm PCS, switchgear, isolation, grounding and protection coordination for grid-connected, off-grid and source-transfer operation.
Fire Protection Configuration
Use the fire-protection configuration specified for the selected product and confirm local installation requirements.
EMS, ATS / STS and Communication
Validate grid-forming logic, black-start sequence, transfer performance, generator synchronization and project communication interfaces.
Factory Integration and Testing
Confirm the agreed functional tests for operating modes, charging paths, transfer logic, alarms and system communication before shipment.
Product certifications and applicable installation standards vary by model and target market. Capability claims are assigned to the corresponding AINEGY product series, while final market compliance is confirmed against the selected model and installation design.
Typical Project Value and Calculation Basis
10–30% Peak-Demand Reduction Potential
Suitable C&I projects commonly evaluate approximately 10–30% peak-demand reduction and a typical payback target of about 3–7 years.
- Load profile and demand-charge structure
- Battery power and usable energy
- Daily dispatch and cycling strategy
- Local incentives and project cost
20–40% Diesel-Fuel Reduction Potential
Properly sized PV-diesel-BESS microgrids commonly target approximately 20–40% diesel-fuel reduction.
- Solar resource and PV capacity
- Generator efficiency and minimum loading
- Battery size, C-rate and SOC strategy
- Load profile and fuel logistics
Convert Industry Ranges into a Site-Specific Estimate
AINEGY can prepare preliminary savings and payback calculations using the customer's project inputs.
- Electricity tariff and demand charges
- Fuel price and generator operating data
- Charging demand and station utilization
- System configuration and operating strategy
Understand the Technical and Economic Decisions Behind a BESS Solution
Technical resources should explain both the system capability and the commercial basis used to evaluate an energy storage project.
How to Size a BESS
Separate required power, usable energy, operating duration and reserve capacity.
Read Technical Resources →How to Calculate BESS Payback
Connect tariff savings, demand reduction, cycling strategy and system cost.
Read Technical Resources →Grid-Forming vs Grid-Following
Understand how a microgrid establishes voltage and frequency during off-grid operation.
Read Technical Resources →Black Start in a BESS Microgrid
Review AC-bus establishment, auxiliary power and prioritized load-starting sequence.
Read Technical Resources →What <20ms Transfer Means
Review source transfer, compatible loads and the roles of PCS, ATS and STS.
Read Technical Resources →PV-Diesel-BESS Fuel Savings
Understand how PV, battery SOC and generator dispatch affect diesel consumption.
Read Technical Resources →BESS for EV Fast Charging
Review grid contribution, battery contribution and dynamic charging-power allocation.
Read Technical Resources →Prepare Project Requirements
Compile technical and economic data for system sizing and preliminary ROI analysis.
Submit Project Data →Energy Storage Solution Selection FAQ
What savings can a C&I energy storage project achieve?
Suitable projects commonly evaluate approximately 10–30% peak-demand reduction. Typical payback targets are often around 3–7 years, depending on tariff structure, load profile, battery cycling, incentives and installed project cost.
How much diesel can a hybrid microgrid reduce?
Properly sized PV-diesel-BESS microgrids commonly target approximately 20–40% diesel-fuel reduction. Actual performance depends on solar resource, generator efficiency, minimum generator loading, battery size, SOC strategy and site loads.
Do AINEGY microgrid products support grid-forming and black start?
Yes. AINEGY solar-diesel-BESS microgrid integrated cabinets and containers provide grid-forming operation and black-start capability, allowing the system to establish a local AC voltage and frequency reference and start configured loads in sequence.
What transfer time is available for critical loads?
Supported AINEGY hybrid and critical-power configurations provide on-grid / off-grid transfer times below 20ms. The load type and selected PCS, ATS or STS configuration are matched during project design.
What does 1C power capability mean for a microgrid?
A 1C-capable battery system can deliver high charge or discharge power relative to its energy capacity. In AINEGY microgrid products, this supports load pickup, source coordination, fast response and black-start operation.
Can one system combine grid, solar PV and diesel generators?
Yes. AINEGY hybrid microgrid products integrate BESS, EMS, PCS, PV input, diesel-generator coordination and optional grid input within one control architecture.
How is BESS sized for EV fast charging?
Sizing considers total station power, simultaneous charging demand, vehicle schedule, grid capacity, PV generation and battery usable energy. The AINEGY 480kW four-gun platform dynamically allocates 480kW total charging power across four active interfaces.
Do all AINEGY products provide the same functions?
No. Grid-connected C&I cabinets, hybrid C&I cabinets, grid-forming microgrid cabinets and containers, EV charging systems and residential products have different functions. The solution page maps each project to the product family that provides the required capability.
Submit Your Site Data for Technical and ROI Review
Send your load profile, electricity tariff, grid conditions, PV data, generator fuel information, charging demand, required transfer time, backup duration and installation environment. AINEGY will match the project with the correct product capabilities and prepare a preliminary system and value assessment.