Micro Grid Management system is a platform to manage and optimize using and cost of single or portfolio of energy source which can be combined with PV, Wind, Grid, BESS, Gensets. To ensure the seamless running with various energy devices on your load site such as EV charging stations or others. It makes the different energy sources work together as a mini-independent grid and implement intelligent energy distribution which procures load consumption at lowest cost energy, maximizing the operation
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Micro Grid Management system is a platform to manage and optimize using and cost of single or portfolio of energy source which can be combined with PV, Wind, Grid, BESS, Gensets. To ensure the seamless running with various energy devices on your load site such as EV charging stations or others. It makes the different energy sources work together as a mini-independent grid and implement intelligent energy distribution which procures load consumption at lowest cost energy, maximizing the operation efficiency.
| Item | Sub-item | Description |
| System Configuration | Processor | M50B-E: Intel® Celeron J1900 2.0GHz Quad-Core, Intel® Celeron™ J6412/ Intel® Atom™ X6425E Processor, On-board Non-removable |
| M50B-H: Supports Intel® I3-6100U/I5-6300U/I7-6600U Processor, On-board Non-removable | ||
| Chipset | M50B-E: Intel® BayTrail, Elkhart Lake | |
| M50B-H: Intel® SkyLake-U | ||
| Memory | BayTrail: Supports 1 x 204Pin DDR3L SO-DIMM Slot | |
| Standard 4GB, Max 8GB per Slot, Max 8GB for Whole System | ||
| Elkhart Lake: Supports 1 x 260 Pin DDR4 SO-DIMM Slot, Max 32GB per Slot, Max 32GB for Whole System | ||
| SkyLake-U: Supports 1 x 260Pin DDR4 SO-DIMM Slot, On-board 4GB | ||
| Max 16GB per Slot, Max 20GB for Whole System | ||
| I/O Interface | Ethernet Port | 2 x RJ45 10/100/1000Mbps Network Interfaces, Max Expandable to 4 Ports, LAN1 Supports Wake-on-LAN |
| Display | 1 x VGA, 1 x HDMI Display Output, Supports Dual Display | |
| USB | BayTrail: Max 1 x USB3.0 + 5 x USB2.0 Interfaces | |
| Elkhart Lake: Standard 1 x USB3.0 + 3 x USB2.0 Interfaces, Max 1 x USB3.0 + 5 x USB2.0 Interfaces | ||
| SkyLake-U: Max 2 x USB3.0 + 4 x USB2.0 Interfaces | ||
| COM | 2~4 x Serial Ports, COM1~COM4, RS232/485/422 Optional | |
| Audio | 1 x Audio Interface Set (Supports MIC-IN, LINE-OUT) | |
| Expansion Bus | On-board Integrated | BayTrail/ SkyLake-U: |
| 1 x M.2 Key E Slot (for WIFI Function) | ||
| 1 x M-SATA Slot (for 4G or Storage Function, 4G and Storage Expansion Cannot Coexist) | ||
| Elkhart Lake: | ||
| 1 x M.2 Key B Slot (for 5G or Storage Function) | ||
| 1 x Mini-PCIE Slot (for 4G or WIFI Function) | ||
| 1 x M.2 Key M or PCIEx4 (X2 Resources) Horizontal Slot (Default Supports M.2 Key M Function) | ||
| Storage | Hard disk | 1 x SATA Interface (Optional 2.5-inch HDD or SSD) |
| M-SATA/M.2 Hard Drive | BayTrail/ SkyLake-U: Supports 1 x M-SATA Slot | |
| Elkhart Lake: Supports 1 x M.2 KEY M and 1 x M.2 KEY B Slot | ||
| Operating Environment | 0℃~+45℃ (HDD) -10℃~+60℃ (Wide Temperature SSD/ Electronic Disk) Note: Air Flow Rate of the Whole Machine Operating Environment Must Be Greater Than 0.5m/s | |
| Storage Environment | -40℃~+85℃; Humidity: 5%~95% (Non-condensing) | |
| Installation Method | Wall-mounted, Desktop, VESA Standard Support Arm | |
| Product Dimensions | 176mm(W) × 142mm(D) × 64mm(H) (Excluding Mounting Bracket) | |
| Power Supply | 1 x 4Pin Phoenix Terminal Power Interface, Powered by External AC 220V Power Adapter or Optional DC 9-30V Wide Voltage Input. Standard Single Voltage DC Output for the Whole Machine: Intel® SkyLake-U: DC 19V Single Power Supply; Intel® BayTrail/ Elkhart Lake: DC 12V Single Power Supply | |
| Operating System | Intel® BayTrail/ SkyLake-U: Supports WIN7 (64bit), WIN10, LINUX (2.6 Kernel) and Other Operating Systems; Intel® Elkhart Lake: Supports WIN10, CentOS, Linux, Ubuntu and Other High Kernel Version LINUX Systems | |
This EMS platform monitors and manages energy within systems composed of diesel generators, energy storage, photovoltaics, charging piles and other equipment.
The Eprim EPLC1 is a SECC controller which enables a seamless upgrade AC EV chargers adding advanced functionalities such as Plug & Charge (PnC), auto-charge, and V2G through high-level communication, supporting ISO 15118-1/-3/-20, and fully EU-2025/656 compliant.
Eprim SECC DC1 is a product to easily upgrade your DC fast EV charger station to have future functions like PnC Auto Charging and V2G functions with high-level communication. Which provides all core functionalities defined in ISO 15118-1/3/20 standard and DIN 70121. It is your ideal choice for next-generation DC charging infrastructure.
Eprim AC EV charger controller is a highly adaptable IEC 61851 and ISO 15118 compliant charging controller. It includes the S/W stacks like OCPP 2.0.1, ISO 15118-20, IEC 61851. It implements the functionalities communicate with OCPP head-end and EVCC, charger controlling, HMI etc. It integrates PWM generator to be compatible with PWM and HLC communication. It is a complete design solution for an AC EV charger.
