Factory Audit;
Goods Inspection;
Third Party Test.
Are you on the lookout for a holistic energy storage solution?
Allow us to introduce the Containerized Energy Storage System (CESS), a groundbreaking innovation tailored to meet your diverse energy needs.
CESS seamlessly integrates cutting-edge components including battery cabinets, Lithium Battery Management System (BMS), and dynamic monitoring features. Versatile, scalable, and cost-efficient, CESS stands ready to power a wide array of applications, whether it's supporting industrial facilities, residential communities, or remote island environments. With its robust suite of features, encompassing anti-corrosion measures, fireproofing capabilities, and advanced theft prevention mechanisms, CESS guarantees unparalleled safety and reliability for your energy storage requirements.
Contact UE today to embrace the future of energy storage with CESS and contribute to your project!
Energy storage system is an important component and a critical supporting technology for smart grid, renewable energy (wind and solar) power stations and “Internet+” smart energy. It can provide various services for power grid such as peak shaving, frequency regulation, backup, black start and demand response, etc. It is a key method to enhance the flexibility, economy and safety of a traditional power system, and to significantly improve the accommodation for renewable energy such as wind power and solar power.
The ESS is the latest generation of electrochemical energy storage system based on dynamic energy management system (EMS-GPC). The system’s 40HQ container comprises battery system, battery management system (BMS), dynamic energy management system (EMS-GPC), power converter system(PCS), environmental control system and fire-fighting system; and the battery system 3200kWh can be fully deployed in 2*40HQ-container.
Basic Logic Diagram
Working Mode (PCS)
On Grid: The default factory setting of ATESS is: Zero-Export, Load First mode
Zero-Export | Zero export function, the excess PV cannot flow to the grid |
Non zero-Export | Non-zero export function, the excess PV can flow to the grid |
Load First | PV is higher than load consumption, PV will priority supply load, then excess will charge battery. |
PV >load | |
Load First | PV is lower than load consumption, then battery will discharge to offset the shortage part. If battery voltage approaches the under voltage limit, battery will stop discharging, and the load will supply by PV and grid. |
PV <load |
On Grid: Working Mode - Battery First mode
PV >Battery | PV is higher than maximum battery charging power, PV will priority charge battery, then excess will supply load. |
PV <Battery | PV is lower than battery charging power, PV and grid will charge battery at maximum charging power simultaneously. The load will supply by grid. |
On Grid: Working Mode - Economy mode
During Off-peak | The working mode is same as battery-first mode |
During Mid-peak | 1, Battery doesn’t discharge, grid won’t charge battery. |
2, PV is higher than load consumption, PV will priority supply load, and then excess will charge battery. | |
3, PV is lower than load consumption; load will be supplied by PV and grid simultaneously. PV won’t charge battery. | |
During On-peak | 1, Grid won’t charge battery. |
2, PV is higher than load consumption, PV will priority supply load, and then excess will charge battery. | |
3, PV is lower than load consumption, PV and battery will supply load simultaneously. If battery voltage approaches the under voltage limit, It will stop discharging. Load will be supplied by grid and PV. Grid doesn’t charge battery in this period. |
On Grid: Working mode - Time schedule mode
PCS Connected to Grid & Battery | When PCS is only connected to the grid and battery, set the on-peak period, mid-peak period and off-peak period, battery discharge in on-period, charge the battery in off-peak period, and do not charge and discharge in mid-peak period, the charging and discharging power can be set. |
On Grid: Working mode - EMS mode
In EMS mode | In EMS mode, PCS is fully controlled by EMS for charging and discharging, there is no working logic. |
Off-Grid Mode
Off-Grid | Load is supplied by PV and battery. |
DG Mode: Generator connection (dry contact control)
In off grid mode | In off-grid mode, when battery voltage is approaching under voltage limit, PCS will close a relay output to start generator. The generator power will be used to supply load and charge battery. When battery is fully charged, PCS will send signal to shut down the generator. |
What's included?
1Mwh CESS Configuration Overview
Item | Description | Qty. | |
PV : 280 KWp | The maximum accessible PV capacity is 280 KWp | 480 | |
Battery:1MWh(0.8MWh available at 80% DOD) 1Mwh Battery Bank with All accessories Three-level BMS (ESMU/BCMU/BMU)with battery bracket DC cables,communication cable IEC62619/CE/UN38.3 |
Battery Module: 51.2V/280AH@14.336kWh, 3.2V *16cell; Battery cluster: 716.8V/280AH@200.704kWh,14*modules+1*main controller; Battery system: 716.8V/1400AH@1003.52kWh,5*cluster+1*battery cabinet; |
1 | |
PV-CB16M | For combination of multiple PV module strings | 1 | |
On Grid Inverter | 280KW (Convert DC power to AC) | 3 | |
PCS500 | 500KW Battery inverter | 1 | |
Bypass500 | Automatic switch between on-grid and off-grid | 1 | |
Isolation transformer500 | 500KVA | 1 | |
Enerlog | Monitoring data logger | 1 | |
Container 20ft | Equipped with HVAC, fire extinguishing system, lighting system | 1 |
Our Projects
CESS integrates battery cabinets, Lithium Battery Management System (BMS), and dynamic monitoring. It's cost-effective, modular, and adaptable. Whether for power plants, communities, or islands, CESS offers stable energy support. With anti-corrosion, fireproof, and theft-proof features, it ensures energy safety. For efficient, eco-friendly energy storage system, choose CESS.
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