EV Meter développe des bornes de recharge pour véhicules électriques … Contact online >>
EV Meter développe des bornes de recharge pour véhicules électriques
EV Charging Features . Improve the operational aspects of your electric
Con EV Meter, puede ofrecer estaciones de carga inteligentes para vehículos
L''infrastruttura di ricarica EV di oggi non soddisfa il crescente numero di veicoli
Next generation EV charging and energy management solutions for EV drivers, operators, businesses and municipalities.
Fast, safe and durable chargers with Wi-Fi connectivity and a smart management app that optimizes your EV charging experience.
Universal, flexible and futureproof chargers that tailor to your business and accept any type of payment method including credits cards, mobile wallets, NFC, QR codes and more.
Easily manage your charging ecosystem with EV Meter Core, a smart cloud-based management platform for both large and small EV charging networks. From billing, reporting, and smart energy management, Hive provides everything you need to optimize, monetize, and grow your EV charging business.
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We believe the future of transportation is electric and emission free. Our single-minded focus is to provide convenience to EV Drivers and electric mobility service providers through innovative and sustainable EV charging technologies.
The number of Electrical Vehicle (EV) charging stations are steadily increasing everyday as electric vehicles become more popular. More and more, EV''s are being accepted as a valuable component of the auto industry growth. As a result, EV charging stations can be found in private residences, public dedicated charging stations and even at commercial and residential buildings such as offices and condos.
With residential use, these charging station''s energy cost is added to the homeowner''s utility bills. Although there are stand alone charging stations (such as Tesla''s Supercharger) that are free, many other charging stations offered by high-use commercial or residential buildings can consume significant amount of energy as EV owners "refuel" their electric cars power supply. In cases like these, energy consumption and cost by EV stations needs to be metered accurately.
Accuenergy offers a variety of solutions on both the AC and DC metering side with varying degrees of measurement dependant on your energy management needs.
Basic kilowatt hour (kWh) monitoring is available for those simply interested in an accumulated total of energy consumption.
This will help users to determine accurately what portion of the total energy usage is derived from the EV chargers. This application requires Accuenergy''s AcuPanel 9104X-KL power & energy meter which is a self-enclosed energy monitoring system that is simple and easy to use.
Accuenergy offers advanced energy monitoring solution for those who prefer to have deeper look into the energy consumption and usage patterns of EV stations. Advance AC monitoring allows remote monitoring via ethernet connection and enables historical logging of energy usage.
These data logs are stored in the meter itself and can be extracted to generate reports. These report, in turn, helps improve energy management by providing a better understanding of energy consumption patterns and determining when the highest demand occurs historically.
This application requires the use of Acuvim IIR or Acuvim IIE power meters for the inclusion of time-of-use (TOU) or time-based tariff billing.
Accuenergy also offers complete monitoring solution for EV stations that generate power via renewable energy sources such as wind and solar (as either the sole or partial power source provider). This solution offers monitoring on both the AC and DC side with both units being able to create historical data logs and record every energy parameters for full monitoring of the power production and consumption.
This application would require Acuvim IIR & AcuDC 243-D power meters as well as an Ethernet module for remote communication.
Accuenergy manufactures and designs industrial power and energy meter solutions. This also includes a variety of current transformers, hall effect sensors, energy management software, data acquisition communications devices, and much more.
As electric vehicle (EV) use increases, there is an increased need for EV charging stations. Even though many EV drivers charge their cars at home, for longer trips and commercial vehicles home charging doesn’t meet the need. Public and private DC fast charging (DCFC) stations offer a better solution for commercial EVs and on-the-go charging.
To determine the amount of energy being transferred to an EV by a charging port, a metering device is used. This may be a utility-installed electric meter that measures a garage Level 1 charging port. Level 2 charging ports often have a metering component built into them. In both Level 1 and Level 2 charging ports, the main function of the meter is to measure the amount of current being transferred to the EV. Level 2 charging stations may also use this information for billing purposes, to calculate the charge for the energy consumed.
As Level 3 DCFC charging stations are more complex, their need for metering is also more complex. In the case of a DCFC charging station, the meter would be placed after the step-down transformer and be used to monitor all of the charging ports in the station. A high accuracy revenue meter with 0.5% energy metering accuracy, or better, is needed. This meter will measure the energy being transferred from the utility and monitor its power quality. If a solar array is used, it can also monitor any energy being transferred back to the utility. Accuracy is of great importance in a high-cost system such as a DCFC station. Being able to verify utility bills and compensation from the utility is necessary to ensure profitability.
Installing an advanced power and energy meter with power quality capabilities gives the DCFC charging station operator the ability to monitor the quality of the power coming from the grid and being transferred to the EV. A meter with programmable alarms can notify the operator of voltage and current sags/surges, low power factor, voltage and current unbalance, and other power quality conditions. This alerts an operator to problems with the charging station or its grid connection, so that timely action can be taken to mitigate the problem. A meter with waveform recording capability allows the charging station operator to analyze power quality events.
The Nexus® 1500+ meter provides invaluable power quality analysis using the latest PQ standards
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