Fleet Electrification
Managing a fleet can be a daunting task, especially when it comes to the transition to electric. At Gridscape, we understand the challenges faced by fleet operators and owners, and that’s why we offer a comprehensive solution for fleet electrification. Our end-to-end solution is designed to make the process of strategizing and deploying electric fleet solutions effortless. Whether you’re looking to optimize your fleet’s performance, reduce your carbon footprint, or lower your operational costs, our tailored approach can help you achieve your goals with ease.Â
Your journey to successful fleet electrification starts here
The US has just pledged to achieve 100% zero-emission truck and bus sales by 2040. The transportation sector is a major contributor to the Greenhouse Gas Emissions in the US (27%).
As the adoption of electric vehicles go up, companies/cities/utilities will have to provide charging infrastructure and provide services that support the charging of EVs.
There is no doubt that fleet operators face a massive execution challenge as they electrify their vehicles. This transition can be daunting and overwhelming.
Companies must know how to execute vehicle charging infrastructure within budget, and rapidly deploy in the face of utility interconnection delays.Â
We at Gridscape, with our technology driven solutions can help power fleets with affordable, reliable, unique end-to-end model that can future-proof your fleet.Â
We are here to help you find the best solution for your fleet electrification.
Why Microgrids are crucial for fleet electrificaation?
The growing adoption of electric vehicles presents a challenge not only for passenger cars but also for medium- and heavy-duty trucks, which have higher power requirements and require fast charging. As a result, deploying charging infrastructure that can support electric fleets is becoming increasingly difficult. This challenge is further compounded by the fact that peak EV charging periods may coincide with peaks in general load, potentially creating bottlenecks in the grid.
The significant increase in demand from an EV fleet has the potential to exceed the capacity of local infrastructure, leading to costly upgrades on the distribution network.
At Gridscape, we understand the complexities of managing electric fleets and offer end-to-end solutions to help fleet operators navigate these challenges. Our expertise in charging infrastructure deployment and optimization can help ensure that your fleet can operate seamlessly and efficiently.
Role of a Microgrid
1.
Dynamic EV Charging Load Management on AC side
- Depot EV Bus charging creates huge demand loads, If this is not carefully managed locally, the utility will impose huge demand charges.
- On Plug-out, large renewable power can suddenly be exported to the grid, & the utility transformer risks overload.
- Scheduled Smart Solar & Battery EV Charging —- when TOU rates are expensive.
Enables a Plan to Schedule EV charging with best economic optimization.
2.
EV charger/dispenser DC load Management
âĒ Different DC connectors/dispensers can impose imbalance on the DC side when multiple EVs are connected.
âĒ Multiplexing
3.
Future-proofing EV Fleet Charging with V2G/V2B technology
- Most of the EVs will be enabled for bidirectional V2G/V2B technology.   Â
- Select a system thatâs V2G/V2B technology & integrated with microgrid.
Gridscape is your best bet for fleet electrification
As demand for EV continues , the demand for energy also grows. Cities, utilities, businesses will have to invest in solutions that can give them resilient, reliable & affordable energy. Along with EV charging infrastructure, we also need fast charging capability.Â
All these extra load coming from EV, will stress the current grid systems creating a huge challenge for energy management. The strategy for power generation and distribution therefore becomes very crucial to address. BY planning ahead one can meet the power needs effortlessly.
Gridscape’s local sustainable power plant can generate electricity on demand without stressing the grid. This can act as both a generation source and a load source, adding flexibility to the grid. Furthermore; it also allows EV users to reduce their peak demand on the grid, and shift their energy consumption to hours when the energy costs are lower.Â
A microgrid can simplify the task of providing adequate charging facilities and that in turn will help in reducing the cost, thereby making EV charging more affordable. There has also been a steep rise in need for highway EV charging sites. This means highways will have to prepare themselves with charging stations that offer continuous and fast charging for EVs. Charging demand will come from long haul, heavy and medium duty trucks aswell and this means need for significant power and this means connecting to high voltage transmission grid for power. It has been said that some sites may require as much electricity as a football stadium or a small city. A microgrid can help with such sites, by managing the energy and future proofing grid interconnections at high traffic sites.Â
Highway electrification is happening right now in order to upgrade highway sites for EV fast charging and by planning in time one can bring down costs and complications.
Gridscape's Comprehensive Solutions for Fleet Operators:
As EV adoption continues to grow, the surge in charging demand from EV fleets can strain local infrastructure beyond its capacity, leading to costly upgrades in the distribution network. At Gridscape, we understand the complexities of managing electric fleets and offer comprehensive solutions to help fleet operators overcome these challenges. With our expertise in charging infrastructure deployment and optimization, we can ensure that your fleet operates seamlessly and efficiently, reducing any disruptions to your operations. Our tailored solutions enable fleet operators to scale their electrification efforts while minimizing the impact on local infrastructure, allowing for a smoother transition to electric fleets.Â
From trucks to cars, we charge them all.
Public site fleet
Cities need to implement EV fleet but they also need to use budgets judiciously. But how & where should they start? We have the answers.
Transportation fleet
Due to the Federal & State mandate, transportation fleets need to electrify. From intercity to county to city, the task is huge at hand but we can make it easier for you.
Commercial fleets
Commercial fleets must achieve EV tranformation efficieny, these medium and heavy trucks that are heavily used, run on the same route & need a lot of energy to keep the tires running. Till now they have been running on gas but now this transition can be a game changer.Â
Transit fleets
Transit fleet used at airports, amusement parks etc, are under a lot of pressure to control pollution, they need to transition to electric but also do it in the most efficient, cost effective way.
Logistic fleets
Logistics fleet is possibly the most important, it moves the economy quite literally. We can help fleet owners with the right tools and solutions that will help them with EV fleet electrification.
School/Campus fleets
Schools and colleges must set examples for others. These institutions are always working under tight budgets and electrifying fleet can be a daunting task. We have helped many campuses with fleet electrification & we can use the expertise to help you too.
Gridscape Fleet EV Microgrid Solutions
Data Driven
Dynamic, AI software-driven on-grid/off-grid operations to maximize energy savings, renewable self-generation and resilience.
Utilize Local Energy
Local renewable power generation with Solar PV Carports and/or other sources (Wind, Fuel Cells, etc.).
Energy Resiliency
Right-sized Microgrid BESS system to offset 100% energy and local resiliency needs.
Energy Management
Smart AI-based Dynamic Load Management to reduce huge utility demand charges and utility transformer overloads for sudden load changes (plug-in/plug-out of electric buses).
Better Support
You get comprehensive solutions for your EV transformation that include site assessment, permitting, system design, installation, and operation and maintenance.Â
V2B/V2G
V2B/V2G integrated system to maximize ancillary grid service revenue and secondary energy backup.
Our Fleet Electrification Projects
Case Assumption 1:
Over 3 locations
PV Size: 9,139kW. BESS/Microgrid Size: 14,300kWh. Number of Chargers: 110 DCFC dual port charging stations
Case Assumption 2:
Products, services & solutions designed to help with EV charging.
EV Chargers
We work with some well known EV Charger brands to provide you the best charging units. from DC fast chargers to level 2 AC chargers we have them all.
Charging Application for EV
This application will give all the information to the driver, from where to charge the car to what chargers are available at a particular location. The app makes charging hassle-free.Â
Cashless Payment Kiosk
Gridscape Cashless Payment Kiosk for payment processing for the public charging for EV charging.
Fleet Electrification
In California, 39% of all U.S. electric vehicles were registered as of June 2022. Registrations outside California have also jumped considerably. More vehicles means more electrification requirements.
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Frequently Asked Questions
Does Gridscape have experience take take up a project of scale?
Gridscape is the largest developer of small to mid-sized renewable energy microgrid products and technology. It has been working in this sector of many years and has undertaken the work of over 35 microgrid installations- by the end of 2022 in California public and commercial facilities.
Can Gridscape give an end-to-end solution for fleet electrification?
Gridscape is used to working on large scale projects. It has worked with various utilities, cities and mega campuses.Â