DC EV Car Charger Olink® Outdoor Power Station
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HeadingIntroduction
This document serves as the baseline for the outdoor power station, specifying and defining the requirements for the product. It is the technical document to be followed during product development and serves as the primary reference for testing, production, marketing, and service. This document primarily describes and defines the product in terms of technical parameters and dimensions.
Product Overview
The outdoor power station converts AC power through a charger or bidirectional inverter into DC power, or charges via solar panel DC power, storing energy in the internal battery pack. When needed, the stored power is supplied externally, offering outputs of 48V, 24V, 12V, and 5V. It features a built-in bidirectional inverter.
Product Components:The main components include the battery pack (with BMS) and the bidirectional inverter.
Application Scenarios
The bidirectional inverter allows users to power appliances and tools during outdoor work or travel. Compatible devices include: mobile phones, laptops, drones, digital cameras, cameras, lighting, electric shavers, gaming consoles, handheld devices, electric tools, car refrigerators, and various emergency, travel, camping, and medical devices.
Typical scenarios: firefighting, outdoor live streaming, outdoor camping, outdoor air conditioning, refrigerators, etc.
OlinkParameter/Specification Sheet：
| Project | S2500 | Notes | ||
| Basic Performance | ||||
| 1 | Appearance | No obvious cracks, scratches, or stains | ||
| 2 | Dimensions (mm) | (636±10)(442±3)(205±10) | ||
| 3 | Product Weight | (29±1) Kg | ||
| 4 | Protection Level | IP31 | ||
| 5 | Rated Power | 2500W | ||
| 6 | Output Methods | AC: 220V | ||
| 7 | DC: 12V and 5V | |||
| 8 | Battery Module Nominal Voltage | 25.6V | ||
| 9 | Battery Module Rated Capacity | 100Ah | ||
| 10 | Battery Energy | 2560Wh | ||
| 11 | AC Output Minimum Energy | 2150Wh | (25±2)°C, 800W charge, 800W discharge | |
| 12 | 220VAC Output Power | 2500W | continuous (overheating triggers automatic protection) | |
| 13 | 5000W | instantaneous | ||
| 14 | USB Charging Port Output | QC3.0: 5V2A; PD: 5V2A | total 30W when used simultaneously | |
| 15 | DC12V Output (Car Charger Output) | 10A | ||
| 16 | DC 24V Output | Not available by default (can be added) | ||
| 17 | AC Input (Charging) | 220VAC 6A | battery module charging power approx. 1200W | |
| 18 | Solar Input (Charging) | Voltage: 30-400V, maximum power: 1200W | ||
| 19 | Supports Simultaneous Charging and Discharging | Yes | ||
| 20 | Cycle Life | 1000 cycles | (25±2)°C, 800W charge, 800W discharge | |
| 21 | Warranty | 12 months or 1000 cycles | whichever comes first | |
| 22 | Recommended SOC Usage Range | 10%～90% | ||
| 23 | Charging Operating Temperature | 0°C～40°C | ||
| 24 | Discharge Operating Temperature | -10°C～40°C | ||
| 25 | Storage Temperature | Short-term (within 1 month) | -10°C～40°C | |
| Long-term (within 1 year) | 0°C～35°C | |||
| 26 | Storage Humidity | ≤95% | ||
| 27 | Monthly Self-Discharge Rate | ≤3%/month | (25±2)°C, stored at 30%～50% SOC | |
| Project | S3900 | Notes | ||
| Basic Performance | ||||
| 1 | Appearance | No obvious cracks, scratches, or stains | ||
| 2 | Dimensions (mm) | (636±10)(442±3)(205±10) | ||
| 3 | Product Weight | (36.5±1) Kg | ||
| 4 | Protection Level | IP31 | ||
| 5 | Rated Power | 3000W | ||
| 6 | Output Methods | AC: 220V | ||
| 7 | DC: 12V and 5V | |||
| 8 | Battery Module Nominal Voltage | 25.6V | ||
| 9 | Battery Module Rated Capacity | 156Ah | ||
| 10 | Battery Energy | 3996Wh | ||
| 11 | AC Output Minimum Energy | 3400Wh | (25±2)°C, 1000W charging, 1000W discharging | |
| 12 | 220VAC Output Power | 3000W | continuous (overheating triggers automatic protection) | |
| 13 | 6000W | instantaneous | ||
| 14 | USB Charging Port Output | QC3.0: 5V2A; PD: 5V2A | total 30W when used simultaneously | |
| 15 | DC12V Output (Car Charger Output) | 10A | ||
| 16 | DC 24V Output | Not available by default (can be added) | ||
| 17 | AC Input (Charging) | 220VAC 8A | battery module charging power approx. 2000W | |
| 18 | Solar Input (Charging) | Voltage: 30-400V, Maximum Power: 1500W | ||
| 19 | Supports Simultaneous Charging and Discharging | Yes | ||
| 20 | Cycle Life | 1000 cycles | (25±2)°C, 1200W charging, 1200W discharging | |
| 21 | Warranty | 12 months or 1000 cycles | whichever comes first | |
| 22 | Recommended SOC Usage Range | 10%～90% | ||
| 23 | Charging Operating Temperature | 0°C～40°C | ||
| 24 | Discharge Operating Temperature | -10°C～40°C | ||
| 25 | Storage Temperature | Short-term (within 1 month) | -10°C～40°C | |
| Long-term (within 1 year) | 0°C～35°C | |||
| 26 | Storage Humidity | ≤95% | ||
| 27 | Monthly Self-Discharge Rate | ≤3%/month | (25±2)°C, stored at 30%～50% SOC | |
| Project | S5000 | Notes | ||
| Basic Performance | ||||
| 1 | Appearance | No obvious cracks, scratches, or stains | ||
| 2 | Dimensions (mm) | (635±10)(445±3)(318±10) | ||
| 3 | Product Weight | (48±2) Kg | ||
| 4 | Protection Level | IP31 | ||
| 5 | Rated Power | 5000W | ||
| 6 | Output Methods | AC: 220V | ||
| 7 | DC: 12V and 5V | |||
| 8 | Battery Module Nominal Voltage | 25.6V | ||
| 9 | Battery Module Rated Capacity | 200Ah | ||
| 10 | Battery Energy | 5120Wh | ||
| 11 | AC Output Minimum Energy | 4300Wh | ||
| 12 | 220VAC Output Power | 5000W | continuous (overheating triggers automatic protection) | |
| 13 | 10000W | instantaneous | ||
| 14 | USB Charging Port Output | QC3.0: 5V2A; PD: 5V2A | total 30W when used simultaneously | |
| 15 | DC12V Output (Car Charger Output) | 10A | ||
| 16 | DC 24V Output | Not available by default (can be added) | ||
| 17 | AC Input (Charging) | 220VAC 10A | battery module charging power approx. 2000W | |
| 18 | Solar Input (Charging) | Voltage: 60-450V, Current: 20A | ||
| 19 | Supports Simultaneous Charging and Discharging | Yes | ||
| 20 | Cycle Life | 1000 cycles | (25±2)°C, 800W charging, 2000W discharging | |
| 21 | Warranty | 12 months or 1000 cycles | whichever comes first | |
| 22 | Recommended SOC Usage Range | 10%～90% | ||
| 23 | Charging Operating Temperature | 0°C～40°C | ||
| 24 | Discharge Operating Temperature | -10°C～40°C | ||
| 25 | Storage Temperature | Short-term (within 1 month) | -10°C～40°C | |
| Long-term (within 1 year) | 0°C～35°C | |||
| 26 | Storage Humidity | ≤95% | ||
| 27 | Monthly Self-Discharge Rate | ≤3%/month | (25±2)°C, stored at 30%～50% SOC | |
OlinkProduct Appearance Structure Diagram (mm):
OlinkCore Technologies｜Mission-Critical Mobile Energy Platform
▸ 98% round-trip efficiency with LiFePO4 battery chemistry (2,000 cycles @80% DoD)
▸ MIL-SPEC protective matrix: Impact/IP67/Overcurrent/Short-circuit/Thermal runaway mitigation
▸ Tri-modal charge architecture: Grid (Level 2)/Vehicle-to-Storage (V2S)/Solar MPPT
▸ Smart energy ecosystem: Cloud-connected BMS with V2L (Vehicle-to-Load) functionality via mobile app
Energy Efficiency Revolution
96% peak conversion rate + 5,000 cycle lifespan, with a cost per kilowatt-hour (kWh) of less than $0.018.
Heavy-Duty Protection
MIL-STD-810G military certification, featuring a six-dimensional safety shield (overload, short circuit, water immersion, vibration, salt spray, electromagnetic interference).
Smart Platform
5G + satellite dual-mode communication, pre-installed fleet management system, supporting networking and dispatching for up to 100 devices.
Extreme Output
1000V ultra-high voltage platform, commercial truck charging efficiency increased by 40% compared to traditional charging stations.
Energy Efficiency Revolution
96% peak conversion rate + 5,000 cycle lifespan, with a cost per kilowatt-hour (kWh) of less than $0.018.
Heavy-Duty Protection
MIL-STD-810G military certification, featuring a six-dimensional safety shield (overload, short circuit, water immersion, vibration, salt spray, electromagnetic interference).
Smart Platform
5G + satellite dual-mode communication, pre-installed fleet management system, supporting networking and dispatching for up to 100 devices.
Extreme Output
1000V ultra-high voltage platform, commercial truck charging efficiency increased by 40% compared to traditional charging stations.
Energy Efficiency Revolution
96% peak conversion rate + 5,000 cycle lifespan, with a cost per kilowatt-hour (kWh) of less than $0.018.
Heavy-Duty Protection
MIL-STD-810G military certification, featuring a six-dimensional safety shield (overload, short circuit, water immersion, vibration, salt spray, electromagnetic interference).
Smart Platform
5G + satellite dual-mode communication, pre-installed fleet management system, supporting networking and dispatching for up to 100 devices.
Extreme Output
1000V ultra-high voltage platform, commercial truck charging efficiency increased by 40% compared to traditional charging stations.
Comprehensive After-sale Guarantee
If the product is damaged or malfunctions due to poor manufacturing quality, Olink will provide free maintenance, or parts replacement.
Support Every Step of the Way
Olink provides training and marketing materials, fully assisting you in introducing EV charging options to your customers.
FAQ
We are committed to providing you with detailed information about electric vehicles and charging stations and answering any questions you may have.
Olink Charging Stations
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leader in your industry.
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Take your business to the next level with us as your partner. We bring expert knowledge in manufacturing, supply chain efficiency, and innovative R&D to improve every part of your operations— from product development to distribution. Together, we can unlock your business’s growth potential and help you become a leader in your industry.