The MOEV 2.4TM EVSE multiplexer allows four vehicles to charge on a single 240 volt circuit, saving installation costs and avoiding the need to move vehicles after an hour in many settings. Ideal for fleet, workplace and Multi-User Dwelling applications, the MOEV 2.4TM provides smarts from the MOEV CloudTM and MOEV DriverTM smart phone applications. You can now tune your EV charging network to optimize performance across a number of goals: reduce CO2, avoid demand charges, charge at lowest cost and support utility demand response signals are some examples. For cost effective installation and operations the MOEV system has unmatched feature sets and performance.
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MOEV DriverTM allows EV drivers to customize EV charging based on variables such as departure time, energy requirements, energy costs etc. The A.I. algorithms on the cloud are able to optimize the system for many classes of customers, such as multi-unit dwellings, workplaces, and fleets, locations which tend to have long dwell times. MOEV DriverTM provides EV charging customers with the option of getting the cheapest energy, and the means to opt-in to their local utility’s incentivized offerings, such as making their EV a part of the demand response (DR) program. Also, some drivers may wish to participate in solar energy, or wind energy markets. Via the MOEV DriverTMcustomization capability, they will be able to do so. Finally, utilities that are offering services for mitigating the grid impacts of what CAISO (California Independent System Operator) calls a "duck curve", will be able to incentivize the EV drivers, via the MOEV DriverTM, to participate in, and benefit from, such innovative programs.
Customers receive an enterprise account that enables them to view data graphically, using our MOEV Control CenterTM. EV charger site hosts and utilities get real-time information about electricity use by the installed EVSE infrastructure, and can manage EV charging stations, for example during demand response events.
MOEV Inc. has developed MOEV CloudTM, a cloud-based software technology that leverages smart charging of EVs to support smart grid integration. Smart charging enables large numbers of EVs to be added to the grid without increasing grid stress. It does this using our machine learning, artificial intelligence-based, optimization and control algorithms, which also ensure that the requirements of EV drivers and the EV charger site hosts are met. Importantly, MOEV CloudTM enables big data gathering and analysis for the benefits of the EV driver, the site host, and their local utility. MOEV CloudTM services the MOEV Control CenterTM which is a front-end visualization and analysis tool available for use by site hostd or utilities. Additionally, MOEV CloudTM connects to the MOEV DriverTM app for EV drivers, allowing them to customize their EV charging based on variables such as departure time, energy requirements, and energy cost. The A.I. algorithms within the system are able to self-optimize for many classes of customers, such as multi-unit dwellings (MUDs), workplaces, fleets, and public charging infrastructure.
Very cool indeed, is the built-in MOEV CloudTM interface that connects with a local utilities' load control systems, e.g. demand response (via Open ADR). What's also nice, is that MOEV CloudTM is capable of supporting vehicle-to-grid (V2G) integration, distributed energy storage, DC fast charging, and solar panels. MOEV CloudTM can utilize third party charging stations for its infrastructure, or MOEV's patented multiplexing electric vehicle charger permitting multiple vehicles to charge on a single circuit, potentially saving 50% of the up-front costs for multi-vehicle charging scenarios.
Supports end user (EV driver) with MOEV DriverTM
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