How to Start and Launch Your EV Charging Station Business
"The global electric vehicle charging station market size is projected to grow from 2,354 thousand units in 2022 to 14,623 thousand units by 2027, at a CAGR of 44.1%."
In the previous post, we discussed startups working on EV Battery technologies. The boost in battery innovation also invites innovation in EV Charging technology, as fast charging and related infrastructure become major requirements for EV consumers.
And it isn''t just the big companies making it huge in the market. From mobile minivan power stations to semi-permanent, portable charging infrastructure systems – even recent startups are ready to take the world by storm.
Here are the 7 Startups working in EV Charging:
Clean Fuel Powered Off-Grid EV Charger – For the chargers, L-Charge employs the cleanest fuel types available: LNG (liquid natural gas), LNG/H2 blend (the ratio varies depending on regulations and fuel prices), or pure H2. The most efficient option to supply power on-site is to use LNG or an LNG/H2 combination instead of connecting to the power grid. (Source)
Mobile – A Mobile EV charger is a mobile minivan power station that can travel about a city and charge electric vehicles as needed. The chargers can charge up to 48 electric cars per day and any electric car in 10-20 minutes. It generates 1440 kWh of electricity every day. (Source)(Source)
Stationary – A stationary EV charger is a stationary, off-grid fast charger with a charging capacity of up to 600kW and can charge around 288 vehicles daily. The stationary version can be deployed anywhere, generating additional revenue by powering the grid during peak hours. (Source)
L-Charge received The Communitas Award for sustainability in 2021 for the initiative “Green Tour Over Europe". (Source)
Adaptive Pulse Charging Algorithm – The company’s adaptive pulse charging technique functions in lower impedance periods. As a result, the batteries do not overheat while charging ultra-fast, – which is a much faster alternative to Conventional Charging (CCCV). (Source)(Source)
ChargeSense – ChargeSense is a patented, completely adaptable, self-learning algorithm that develops complicated charging pulse patterns based on real-time monitoring and assessment of a battery’s internal condition. In real-time, unique charge profiles are developed relying on battery response signatures, resulting in a significant drop in irreversible chemical reactions. (Source)
ChargeSense – It is a completely adaptable and self-learning algorithm that develops complicated charging pulse patterns based on real-time monitoring and assessment of a battery’s internal condition. Most off-the-shelf lithium-ion batteries can be charged quicker and without sacrificing cycle life when using GBatteries’ ChargeSense as an alternative to CCCV. (Source)
GBatteries has filed 62 patent applications, of which 32 patents have been granted. The startup has filed patents in the US, Europe, China, and South Korea.
Capstone Technology – InvertedPower’s patent-pending capstone technology addresses three fundamental issues with electric vehicles: lowering the cost of electric vehicles, greatly boosting charging speed, and removing obstacles to EV fast-charging infrastructure. (Source)
Patented Battery Boost™ Charging Technology – The patented Battery Boost™ Charging technology has Battery Boost™ functionality applicable to any charger topology (LF or HF). It is fully interoperable with all EVs and has load shift/peak shave power usage, blah, lockout, and brownout protection. (Source)
Globally Recognized Key Patents – InvertedPower holds many globally recognized key patents in economically integrating bidirectional storage into charging infrastructure and powertrain-integrated DC charging for commercial and next-generation passenger EVs. (Source)
SprintCharge® – SprintCharge® is a new breed of smart charging station with a fixed battery for storage, allowing for high-power sprints of charging power. SprintCharge’s bidirectional functionality allows it to link to smart grids and aggregate into virtual power plants, using energy stored in integrated storage or attached cars. (Source)
InvertedPower Integrated DC Fast Chargers – The InvertedPower integrated DC fast chargers are fully bidirectional chargers that help Gen3 800V vehicles overcome the voltage barrier by making them backward compatible with the current Gen2 400V charging infrastructure. When the vehicle is linked to the DC fast charger, InvertedPower’s technology leverages the traction drive’s high-powered electronics to accomplish an ultra-fast flash charge. (Source)
SprintCharge, launched by InvertedPower, was selected as a finalist for the Busworld 2019 Innovation Label Award. (Source)
The startup has filed 20 patent applications, of which 5 applications have been granted. It has filed patents in the US, Europe, Australia, Brazil, Canada, China, etc.
InvertedPower’s customers include Heliox and Electromotiv. (Source)(Source)
Pop-Up Hub Concept – In 2020, Urban Electric Networks was the only entity to complete the testing of an on-street pop-up charging hub for EVs. The pop-up charging hubs were built to address the issue of at-home charging for the 43% of UK households that must park their car on the street. The hub is mostly intended for easy overnight curbside charging when automobiles are parked for 12 hours or longer in a residential area. (Source)
UEone Chargepoint – UEone ChargePoint is an on-street app-operated charging hub for electric vehicles. It is a dual-socket with a Type 2 charging solution controlled by an app. The UEone ChargePoint offers quick 7kW AC charging and a 10-minute swap-out technology. (Source)
Urban Electric App – The Urban Electric App helps users locate a charging point near them. It allows users to use charging points by connecting their payment options for the first time they are using it. (Source)(Source)
Urban Electric Networks has filed 25 patent applications, of which 2 are granted. The startup has filed patents majority in the UK, and a few patents in Australia, Brazil, Canada, China, Europe, the US, etc.
Infrastructure-Light EV Charging – The approach is intended to overcome the shortcomings of today’s grid infrastructure to fulfill consumers’ rising need for fast, cost-effective power while also reducing infrastructure costs and grid impact. This technology provides battery-integrated ultrafast EV charging that can be installed with existing infrastructure and costs up to 40% less than other high-power chargers. (Source)
Fully Integrated Ultrafast Charging – FreeWire’s technologies allow the scalable installation of ultrafast electric vehicle charging in a fraction of the time and expense that traditional charging systems need. The innovative combination of battery technology, power conversion technology, and software offers retail, fleet, utility, and municipal clients a flexible and fully integrated solution that reduces cost, improves electric vehicle charging, opens energy services to reduce energy bills, and boosts resiliency. (Source)
Boost Charger™ – Boost Charger™ is an ultrafast EV charging system fully integrated with energy storage, efficient power conversion technology, and software that reduces energy costs. The completely integrated system uses existing low-voltage electrical infrastructure to provide energy to electric vehicles whenever needed. The Boost Charger™ allows ultrafast charging of up to 100 miles in 10 minutes. (Source)(Source)
Mobi® EV Charger – Mobi® EV Chargers are battery-powered mobile power solutions that provide fast charging without the need for expensive electrical infrastructure. It is a portable solution with dual-port level 2 charging that boosts each vehicle’s range by up to 30 miles per hour. It provides power to EVs without requiring it to be reshuffled to reach fixed charging infrastructure. (Source)(Source)
Mobi® Gen – For various off-grid power requirements, FreeWire’s Mobi Gen can be utilized to supplement or completely replace standard diesel-fueled generators. Mobi Gen provides pure, high-quality power that lengthens the runtime of even the most delicate gadgets. The 80-kWh battery is substantial enough to power construction sites, events, emergency response, and other backup power requirements. (Source)
FreeWire Technologies has received awards like the 2021 Global Cleantech 100, Emerging Startups 2021, 2020 BP Advancing Low Carbon accreditation, and many more. (Source)
FreeWire Technologies has filed 9 patent applications of which 3 patents are granted. The startup has filed patents in the US.
FreeWire Technologies offers solutions to customers, including Sourcewell and Rotten Robbie. (Source)(Source)
Over-The-Air (OTA) Technology – Jedlix uses a smart charging mechanism to offer smart charging solutions using Over-the-Air (OTA) technology. Their smart charging algorithm just needs the user’s preferred time for the EV to be completely charged. The best charging plan is devised by considering the power grid’s available capacity, renewable energy generation, and energy prices. (Source)(Source)
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