Join the future of clean transportation. With our smart charging solutions, you are on the road to electrification.

The Mobility House

# Join the future of clean transportation

School Ocean View

School Colton Joint

School San Ramon Valley

School Modesto City

School Stockton

School Moorpark

Metro

Antilope Valley Transit Authority Logo blau

Antilope Valley Transit Authority

Charlotte Area Transit System

Knoxville Area Transit

Rochester Public Transit

Montgomery County MCDOT

RIPTA

With our smart charging solutions, you are on the road to electrification!

## Charge Smart

Our smart charging and energy management software ChargePilot® manages your
 every charging need.

## Rely on experts

Business woman consulting client in modern office

Use our consulting services and build the perfect charging infrastructure for
 your depot.

## Get the full package

With our full service solution, we are your one-stop-shop for fleet EV
 charging at no upfront costs.

## Find the best smart charging solutions for your business

School Buses

Transit Buses

Commercial Fleets

## Trust in our charging solutions

Reduced 68.3 million pounds of carbon dioxide emissions within the agency's
 11.5 million miles of service.

Saving the district a projected $500,000 over five years in charging costs.

Largest capacity bus charging depot in the US when installed.

## Knowledge Center

A charge management system (CMS) allows you to charge your electric
 vehicles in the most reliable, easy and affordable way possible.


 With dozens of solutions for charge management on the market today, it can be
 difficult for fleet operators to assess which system is best suited to their
 particular fleet’s needs. Along with vehicles and charging hardware, choosing
 the right CMS is critical to planning, developing and operating an electric
 fleet efficiently and reliably.


 The CMS lies at the heart of the fleet’s charging ecosystem, interfacing
 directly with vehicles, EVSE equipment, electric utility infrastructure and
 behind-the-meter/customer-side electrical equipment. It’s the user interface
 that fleet operators will use daily to monitor charging operations and
 optimize cost to charge while ensuring vehicle readiness. The CMS can
 significantly affect capital investment and operational costs, as well as the
 long-term operational success of the fleet.


 As you seek a CMS provider, evaluating their capabilities and features by a
 defined set of standards to ensure you invest in a system that will meet your
 fleet’s unique needs.

In this guidebook, we'll review 4 featured categories:
<ul>
 <li>Energy Optimization and Cost-Efficiency</li>
 <li>Scalability and Flexibility</li>
 <li>Reliability, Resilience and Security</li>
 <li>Operational Success</li>
</ul>

 Plus 8 Pro Tips throughout the guidebook to aid you in
 understanding how certain items fit into the overall EVSE and electrification
 ecosystem.


 This comprehensive guidebook features key proposal components and sample
 language describing the base requirements of the CMS to consider when writing
 your RFP, RFI or RFQ.

 

 *V2 - This 2024 guidebook incorporates new learnings and developments since
 the release of
 <a
 href="https://www.mobilityhouse.com/usa_en/knowledge-center/whitepaper/rfp-guidebook-download"
 >V1 published in 2023</a
 >.

The Mobility House Charge Management Guidebook

Charge Management RFP Guidebook for Electric Fleets

Electric school bus (ESB) fleets require carefully planned and reliable
 charging solutions to ensure smooth, cost-effective operations. As EV charging
 technology continues to evolve, there’s a growing variety of makes, models,
 and types of chargers to choose from. Making the right choice takes a deep
 understanding of ESBs, chargers, electrical infrastructure, fleet operations,
 and much more.&nbsp;&nbsp;


 The Mobility House takes an interoperable, open-standards approach to chargers
 for school bus fleets. This means that we want to support customers in
 choosing the best available charger models for their specific use case,
 without playing favorites. As an industry leader in charge management, we have
 an unparalleled depth of experience and expertise.&nbsp;&nbsp;


 The following guide summarizes how we advise our school bus fleet customers
 to think about charger selection. We’ve broken the considerations into 5
 categories:

<ul>
 <li>Charger speed</li>
 <li>AC vs. DC</li>
 <li>Bus Compatibility</li>
 <li>Charger compatibility</li>
 <li>Physical considerations</li>
 <li>V2G capability.</li>
</ul>

 We have also provided a list of charger models that we currently recommend to
 customers, grouped by power level.&nbsp;


 Download our comprehensive guide to choosing the right chargers for your
 electric school bus fleet today!

 

 *By completing this form, you consent to your email address being used for
 future, related communications. You can unsubscribe at any time. More
 information is available in our
 <a href="https://www.mobilityhouse.com/usa_en/privacy-policy" target="_blank"
 >privacy policy </a
 >.

Electric School Bus Charger Selection Guide

Optimize the resilience, sustainability, and cost savings of your energy
 and charging systems with integrated engineering.


 Unlock the complementary powers of EV charging and DERs such as energy
 generation and storage. Our DER Whitepaper is a high level overview designed
 to guide you through the many considerations that factor into integrating
 electric vehicle (EV) charging systems with Distributed Energy Resources
 (DERs) like solar and battery energy storage systems (BESS).


 Discover how to achieve ambitious
 sustainability goals, enhance resilience, and optimize energy costs. Integrate sophisticated control systems for EV charging and reap benefits
 that will propel you towards a more sustainable future.

 In this whitepaper, you will discover:
<ul>
 <li>
 How integrated communication between DERs and EV chargers can be a
 game-changer
 </li>
 <li>Strategies for designing systems to meet project objectives</li>
 <li>
 Real world case studies of project implementations, including
 <a
 href="https://www.mobilityhouse.com/usa_en/knowledge-center/webinar/ripta-case-study-webinar"
 >RIPTA</a
 >'s unique backup generator ALM solution, and Maryland DOT’s
 <a
 href="https://www.mobilityhouse.com/usa_en/our-company/references/article/brookville-bus-depot"
 >Brookville Microgrid bus depot</a
 >
 </li>
</ul>

 Download the full whitepaper now to get the latest industry
 intelligence on the technology and design behind integrated EV charging and
 energy systems.


 *By completing this form, you consent to your email address being used for
 future, related communications. You can unsubscribe at any time. More
 information available in our
 <a href="https://www.mobilityhouse.com/usa_en/privacy-policy" target="_blank"
 >privacy policy</a
 >.

EV Fleets + DER Integration

Automated Load Management (ALM)&nbsp;speeds up and reduces
 cost of fleet electrification.


 ALM offers fleet electrification project managers a flexible,
 cost-effective, and expedited energization process by mitigating the need for
 new infrastructure from the utility.

In this whitepaper, you will discover:
<ul>
 <li>The significance of ALM systems for electric fleets</li>
 <li>The mechanics behind ALM</li>
 <li>A comparison of ALM with alternative options</li>
 <li>Guidelines for implementing a system with your local authorities.</li>
</ul>

 ALM can play a critical role in accelerating EV charging implementation by
 enabling the installation of charging stations with a total nameplate
 electrical power rating that collectively exceeds the site grid connection
 capacity.






 *By completing this form, you consent to your email address being used for
 future, related communications. You can unsubscribe at any time. More
 information available in our
 <a href="https://www.mobilityhouse.com/usa_en/privacy-policy" target="_blank"
 >privacy policy</a
 >.

Automated Load Management (ALM) for fleets

Charging and energy management is an essential component of the EV infrastructure system, and it is important to evaluate software capabilities and features by a defined set of standards. This comprehensive guidebook features sample language to assist in the writing of your RFP, RFI, or RFQ.

RFP Guidebook: Smart Charging and Energy Management System for an Electric Fleet

What you'll learn
&nbsp;
Fueling becomes charging

 What are the important factors to consider when transitioning to battery
 electric buses (BEBs)?

&nbsp;
Mobility meets energy

 You may be a mobility expert, but are you an energy expert too? The Mobility
 House bridges these two worlds and we are happy to share our expertise to help
 you optimize your charging and minimize your costs.

&nbsp;
What is charging &amp; energy management?

 How can a single software solution help you monitor and control your charging,
 smooth out peak loads to minimize energy costs, and more? What should you look
 for in a charging and energy management solution?.

Smart charging for your electric buses

Free resources to help you along your journey to fleet electrification.

## Start smart charging today.

## Leading our world into an emission-free energy and mobility future

Video_About-The-Mobility-House_no-text_poster.jpg

We enable EV drivers to actively participate in the energy market and thereby
 make them part of the mobility and energy transition.

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Embarquez vers l’avenir du transport sans émission

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Nous sommes animés par l’idée de rendre possible une e-mobilité durable et à 100 % sans émissions.

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À propos

From electric logistics fleets and e-bus fleets to the operation of charging stations- we find the right charging solution that grows with each new requirement.