Blink HQ 150
MQ 200
Blink IQ 200
DC Fast 120kW-180kW
The Blink HQ 150 is the ideal single-family EV charging station. It offers 32 amp charging, is easy to install on a standard 240 AC circuit, and even easier to use. Simply plug in the 25 ft cable to your EV and start charging immediately or on a delay.
Elevating EV charging solutions for large-scale charger deployments, the MQ 200 is designed for fleets and multiunit locations with a fast 50-amp output and effortless user experience, and paired with a robust new charger portal for maximum control.
is a collection of Level 2 AC Electric Vehicle (EV) charging stations. The products offer a modern and stylish appearance, the versatility of multiple charging current options, the ability to be installed in wall-mounted and pedestal-mounted configurations
Compact enough to fit most parking layouts, the all-in-one DCFC solution offers owners greater flexibility in the choice of installation locations. By uniting the power cabinets and dispensers, the all-in-one design an overall reduced cost of ownership.
HQ 150
Compact and Sleek Residential Charging
Blink makes charging your EV at home a breeze with the reliable, 32 amp, Blink HQ 150 and charge up to 4x faster than a standard AC level 1 charging cord. The HQ 150 features a long, 25-foot cable reaching all sides of your garage and a slim holster to tuck the cable away when not in use. The sleek and compact 240-volt charger is compatible with all EV models, the Blink HQ 150 is one powerful residential charger designed to fit into your daily life.
Sleek. Fast. Reliable.
The Blink HQ 150 is one of the most affordable ways to charge your EV from your home. Whether you set it up in your garage or by your driveway, the long cable can reach any side of your EV. Its sleek design makes it attractive while functionality ensures your vehicle is always charged and ready to take on the day.
Intelligent Scalable MQ 200
The MQ 200 is designed for fleets and multiunit locations with a fast 50-amp output and effortless user experience, paired with the Blink Fleet Portal, a robust new management tool for maximum visibility and real-time control. EV charging solutions for large-scale charger deployments.
With a focus on intelligent scalability, the MQ 200 allows for variable output of 12-50 amps, offers 4G and Wi-Fi connections, Smart Grid technology for direct communication to local utilities, and Plug & Charge (ISO 15118) functionality for vehicles with the capability to start charging instantly. With efficiency in mind, the MQ 200 provides local load management for two or more chargers to share power from a single circuit.
MQ 200 Accessories
The Blink MQ 200 is designed to be intuitive. It is a versatile solution and provides full visibility to assist in managing fleets or multi-unit locations. Output can vary from 12-50 Amps and deployment options range from wall-mounted, to pedestals, and pole mounting kits. Cable management solutions are available for all deployment options.
Blink Level 2 AC EV IQ 200 Charging Station
The Blink IQ 200 Product Family is a collection of Level 2 AC Electric Vehicle (EV) charging stations.
The products offer a modern and stylish appearance, the versatility of multiple charging current options, the ability to be installed in wall-mounted and pedestal-mounted configurations, and a peer-to-peer communications architecture which provides the ability to support a single primary charging station (or Kiosk) and multiple secondary charging stations.
FEATURES
Blink IQ 200 Unique Design
- Future-proof design supports charging currents from 12A to 80A
- Intuitive charge connector holster provides protection and storage
- Multi-colored high visibility illuminator indicates charging station’s status
- Convenient cable management design supports a long reach and storage between uses
- Height design conforms with ADA requirements
- Fee options include time-based, kWh-based, or session-based billing functionality
- Payment methods: RFID, Apple Pay, Google Wallet, and all major credit cards
- Pedestal accessories include single, dual, and triple port options
- OCPP support
- Updated 25ft. cable with an ergonomic design
- Button locking mechanism prevents accidental disconnection
Touch Screen
- Daylight readable 7” color LCD with touch screen and
- 800 x 480 resolution
- Convenient, user-friendly user interface
- Displays charging station status and transaction details
- Pre-loaded with the Blink commercial user interface
Type 2 Charger Connector
- SAE J1772 Charge Connector
(Standard in the United States) - Grounded pole – first to make contact, last to break contact
- Designed for more than 10,000 cycles
- Can withstand being driven over by a vehicle
- Safe for use in wet or dry locations
- Compatible with integrated charge connector holster
DC Fast 120kW - 180kW Charging Station
Direct current fast charging stations are used to charge electric vehicles (EVs), and lately, they’ve been spawning all around the US following the hype surrounding electric vehicles. There are several levels of DC fast charging stations, each with different levels of power for different vehicles.
DC Fast Charging currently offers the fastest charging capacity of all charging stations, but should you use it? More importantly, can your vehicle’s battery receive this much power? It can be worth your while, depending on your vehicle and how you use it in your everyday life.
In this article, we’ll explain what DC fast charging is, how it differs from other levels of power, and why you should consider them to power your electric vehicle
What Is DC Fast Charging?
When it comes to EV charging stations, there are three levels of power. The first level is the standard wall plug you can find at home. It delivers 120V, and you can expect to get between two and five miles worth of charging power every hour. The second level delivers twice the amount of power with 240V, which offers 40 to 65 miles for every hour it’s plugged in. DC Fast Charge is the third and most potent level of charge for EVs. It delivers 480V, which can fill 80% of most car batteries in 30 to 40 minutes.
In the US, you can find three types of DC Fast Charging stations: CCS Combo, CHAdeMO, and Tesla Superchargers. Tesla’s technology is widely available in the US, with 35,000+ Superchargers across the nation. CCS is mainly used for several brands, including BMW, Ford, General Motors, Honda, Hyundai, Kia, and Mazda electric vehicles. CHAdeMO supports Nissan, Mitsubishi, Toyota, Citroën, and Kia vehicles.
The power delivered by each charging system is similar. In fact, it’s even possible to charge a Tesla Model S with CCS or CHAdeMO by using an adapter. The difference between them is that Tesla is American, CCS is German, and CHAdeMO is Japanese.
Powerful, Sleek, and Compact DC Fast Charging
Compact enough to fit most parking layouts, the all-in-one DCFC solution offers owners greater flexibility in the choice of installation locations. By uniting the power cabinets and dispensers, the all-in-one design an overall reduced cost of ownership. With sealed, enclosed and modular internal components that can be accessed from all four sides, these 60kW – 360kW DC Fast Chargers from Blink are designed for optimal performance over a wide range of environmental conditions and site locations. Safe and reliable, all models are UL certified and come equipped with temperature sensors, an emergency stop function, and multiple voltage protections. Incorporate your brand with custom wraps of the units available to amplify your brand. Increase customer loyalty and brand recognition with Blink’s DCFC solutions.
Compact
All-Inclusive Charger That Reduces Installation Costs
Performance
Up to 500 Amps of High-Speed DC Fast Charging Available
Serviceability
Modular Design for Ease of Maintainability
How Does DC Differ From AC Charging?
AC stands for alternating current, and DC stands for direct current. AC is the standard electricity you use in your home to charge your devices or use everyday objects. The current flow alternates between positive and negative due to alternators powering outlets.
Alternators create electricity with a magnetic field, so it creates positive and negative power using polarity. This system allows electricity providers to carry the current over long distances, but it can’t deliver as much power as direct current.
DC power, on the other hand, moves in a straight line. It can be produced by solar cells, batteries, or modified alternators. AC power can be converted into DC power with transformers. DC power isn’t reserved for electric vehicles, as it can power some household utilities like your fridge or your washing machine. It’s more consistent than AC, and it delivers a higher voltage. However, DC power is more expensive to produce than AC power because it requires transforming AC into DC in most cases, and it can’t travel as far.
Why You Should Favor DC Fast Charging Stations
When you resort to a DC fast charging station, your car receives power constantly at a higher voltage. These charging stations can fill your battery to 80% in around 40 minutes. It’s perfect for prolonging your car’s battery life expectancy, as experts recommend to charge batteries at 80% of their capacity. DC fast charging is more convenient and proves vital if you must drive for long distances without the opportunity to charge along the way.
However, DC fast charging may not be compatible with your electric vehicle since it delivers up to 350kW, and not every car battery can handle this much power. So, before plugging into such charging stations, it’s essential to know what your vehicle’s battery input is and if you can use DC fast charging to power it. Furthermore, these stations deliver more power at a faster rate, so naturally, they’re more expensive to use.
How To Find a Charging Station?
A few years back, finding a charging station was like prospecting gold in the river. Thankfully, nowadays, it’s easier than ever to find a charging station near you. The leading app to find a charging station is, obviously, Google Maps, with new stations added daily.
If you have a membership to an EV charging network, you likely already have an app on your phone to find compatible stations around you. The US Department of Energy (DOE) also has a locator service you can use to find charging spots. DOE’s service is also helpful if you have a vehicle using alternative fuel like Bio-Diesel.
DC Fast Charging – The Future of EVs?
DC fast charging comes with a lot of perks for EV users; faster charging means drivers can get back on the road faster. It’s vital if you drive a vehicle with a large battery and don’t want to spend hours waiting at the station. However, the technology is still expensive and developing. New stations are implemented throughout the country, but it’s still not as common as level-two charging stations.
If you own an EV intended to be used with this technology, like a Tesla, then it’s in your interest to resort almost exclusively to DC Fast Charging, but for smaller EVs or hybrids, it’ll depend on their capacities.
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