Tidetech - Environmental Data for ShippingTidetech Haire
Tidetech provides a 'one stop shop' for weather, waves, sea temp, tidal and ocean currents. Our data s used by the shipping industry to save fuel and reduce emissions.
Leaders for Clean Air Workplace Charging by Britton BettridgeForth
Britton Bettridge, Director of Business Operations at Leaders for Clean Air gave this presentation at The Business Case For Workplace Charging webinar on November 16, 2021.
The document summarizes the acceleration page feature of the RC Crew Chief 2012 software which simulates straight line acceleration of two RC cars and allows comparison of their performance. It allows the user to input properties of each car like motor, battery, ESC and gearing. The results of the simulation like acceleration, speed, distance and motor current are displayed graphically for each car. It also shows the time to distance results and allows calculating properties like center of gravity, coil spring rate, anti-roll bar stiffness and gear ratio. The next set of features to be covered will be the motor, chassis, battery and ESC managers in RC Crew Chief 2012.
Electra is a leader in AI for intelligent battery packs. Get a preliminary look at Electra's onboard EVE-Ai 360 Adaptive Controls, EVE-Ai Fleet Analytics, and EnPower Design Suite with a battery database of 300+ cells for simulation.
This document discusses in-wheel motor technology from ELAPHE Ltd. It includes diagrams and descriptions of integrating in-wheel motors into an SUV platform to create a 4-wheel drive vehicle. The document also examines cooling methods for in-wheel motors, thermal testing, and testing locations for evaluating traction control, vibration, and low temperature performance of in-wheel motor vehicles.
Your job as Energy Manager is challenging, so here are some free online tools to make your job easier. They’ll help you with utility bills, ENERGY STAR ratings, degree day data, carbon tracking, unit conversions, energy training, and more. Presented by Steve Heinz at the Catalyst Training Conference by EnergyCAP, Inc.
Tidetech - Environmental Data for ShippingTidetech Haire
Tidetech provides a 'one stop shop' for weather, waves, sea temp, tidal and ocean currents. Our data s used by the shipping industry to save fuel and reduce emissions.
Leaders for Clean Air Workplace Charging by Britton BettridgeForth
Britton Bettridge, Director of Business Operations at Leaders for Clean Air gave this presentation at The Business Case For Workplace Charging webinar on November 16, 2021.
The document summarizes the acceleration page feature of the RC Crew Chief 2012 software which simulates straight line acceleration of two RC cars and allows comparison of their performance. It allows the user to input properties of each car like motor, battery, ESC and gearing. The results of the simulation like acceleration, speed, distance and motor current are displayed graphically for each car. It also shows the time to distance results and allows calculating properties like center of gravity, coil spring rate, anti-roll bar stiffness and gear ratio. The next set of features to be covered will be the motor, chassis, battery and ESC managers in RC Crew Chief 2012.
Electra is a leader in AI for intelligent battery packs. Get a preliminary look at Electra's onboard EVE-Ai 360 Adaptive Controls, EVE-Ai Fleet Analytics, and EnPower Design Suite with a battery database of 300+ cells for simulation.
This document discusses in-wheel motor technology from ELAPHE Ltd. It includes diagrams and descriptions of integrating in-wheel motors into an SUV platform to create a 4-wheel drive vehicle. The document also examines cooling methods for in-wheel motors, thermal testing, and testing locations for evaluating traction control, vibration, and low temperature performance of in-wheel motor vehicles.
Your job as Energy Manager is challenging, so here are some free online tools to make your job easier. They’ll help you with utility bills, ENERGY STAR ratings, degree day data, carbon tracking, unit conversions, energy training, and more. Presented by Steve Heinz at the Catalyst Training Conference by EnergyCAP, Inc.
LinkChamp DC-AC is the only Taiwan manufacture with a full range of
inverters from 150 watts to 20Kw using its patented Intelligent Microprocessor
soft start design for Dc-AC Power Inverters, Battery Chargers, and Solar
Charger/Inverters . At the QC Quality Control a staff of 19 assure 100% of all
devices are tested before shipping. OEM/ODM Capability is offered with all
devices CE,LVD,EMC and E-Mark accreditation.
1) Installing an inverter system in trucks allows drivers to power electronics and appliances without idling the engine, saving on fuel costs and reducing emissions.
2) Idling engines is inefficient and wastes fuel, but drivers idle to power devices; inverters eliminate this need.
3) The document provides an example payback calculation for a fleet of 5 trucks, estimating a cost savings of over $112,000 over 3 years by eliminating idling with inverters.
The document discusses challenges and opportunities for accelerating the adoption of clean transportation technologies. It notes that the EPA will strengthen ozone standards, requiring significant reductions in NOx emissions in many regions. Meeting the new standards will require transitioning away from fossil fuel combustion to zero-emission technologies. The document also discusses targeting specific market segments or "beachhead markets", collecting data from demonstration fleets, engaging users to understand needs, and partnering with corporations to offer incentives to employees.
Percentage-Based Chargeback Bills in EnergyCAPEnergyCAP, Inc.
Typical % chargeback scenarios, chargeback goal, customers and chargebacks, creating a distribution, processing chargebacks, customer/tenant bills in EnergyCAP. Learn more at www.EnergyCAP.com.
CSS identifies technologies to reduce fuel consumption and pollution from trucks, including their Truck Stop Electrification (TSE) project. The TSE project will establish a national network of 50 truck stops that provide grants for equipment allowing trucks to plug in rather than idle. This reduces fuel consumption by an estimated 1 gallon per hour and saves trucks about 1,600 gallons of fuel annually. The goal is for the TSE network to grow to 250 sites by 2020 and support over 100,000 trucks, reducing diesel consumption by over 100 million gallons per year.
The document describes the PowerTower, a stand-alone integrated solar-wind power system for mid-sized wind turbines between 50-500 kW. The PowerTower is designed for reliability through using just essential parts and eliminating most failure-prone components. It provides a standardized solution to rural electrification that can achieve lower levelized costs of energy than customized systems for daily loads in a certain range. Standardization not only leads to cost reductions but also simplification and more robust systems.
Electric School Buses and Equity by Christiane WalkerForth
Christiane Walker, Engineering Consultant at The Center for Transportation and the Environment gave this presentation at the Forth Centering Equity and Resilience in School Bus Electrification webinar on November 09, 2021.
The term hyper car has been used to describe the highest-performing supercars. This presentation attributes some characteristics of hyper cars, the concept behind it in details and some extra features that improve vehicle efficiency and performance. Also find out which type of fuel it uses and some of its safety features. Let’s have a look.
Maximizing the ROI of Fleet ElectrificationFleetCarma
In this webinar we discuss some of the best practices seen from our fleet partners, and cover topics such as:
- How to integrate EVs into your fleet with confidence. Ensure that the vehicles are not only capable of the job, but that they’ll also bring predictable cost savings.
- How to maximize an EV’s workload. The more electric miles that a vehicle travels, the more fuel it will offset, resulting in a greater return.
- How to optimize fleet charging. This allows you to both reduce energy costs and increase the potential workload of your EV fleet.
How to get the most out of plugging in: Lessons from early adopters on how to...FleetCarma
This document provides information about a webinar on how to maximize the use of electric vehicles in a fleet. The webinar covers case studies of fleets that have successfully utilized electric vehicles, real-world data on how internal combustion engine vehicles, battery electric vehicles, and plug-in hybrid vehicles are used in fleets on a daily basis, and how increased electric vehicle utilization can reduce the payback period on the upfront premium of electric vehicles. The webinar concludes with lessons and tips from early adopters on effectively integrating electric vehicles into a fleet.
Electric Vehicles & Electric Utilities, Webinar Slides from FleetCarmaFleetCarma
View the recorded webinar here: http://www.fleetcarma.com/resources/vehicles-electric-utilities/
This webinar explores the way that electric utilities can work with electric vehicles to achieve the most benefit. The presenters discuss strategies and technologies to increase electric vehicle adoption within a utility's own fleet and in the service area.
Fleet Management Solutions: Questions to ask forThomas Kusch
There are many reasons to make fleet electrification your top priority: self-commitment to emissions reduction, sustainability as key differentiation, preventing new carbon tax regulations or savings. Whatever your reason may be, a shift to electric can drive business value in many ways. But what makes fleet electrification a valuable business case?
These are the questions you may consider before deciding for a new fleet management solution.
This document provides information on measuring and verifying energy usage and savings for electric vehicles (EVs). It discusses the importance of accurate data collection and outlines best practices for gathering fuel usage and odometer data from both internal combustion engine (ICE) vehicles and EVs. Key recommendations include using the trip computer for single vehicles, ensuring the charger can report kilowatt-hours per vehicle, properly identifying drivers and vehicles, and accounting for uncertainties in measurements. The goal is to keep the measurement and verification process simple while still obtaining complete and accurate data for comparing energy usage and costs between ICE vehicles and EVs.
Dr David Clayton discusses how telematics solutions can provide business intelligence through monitoring driver and vehicle activity in real-time. This data allows companies to identify ways to reduce fuel costs and develop greener strategies. Case studies show how telematics have helped companies achieve fuel savings of 10-15% and reduce carbon emissions. Change management practices including training and incentives can help modify driver behavior to support these goals.
The document discusses vehicle electrification as a trend in the automotive industry. It covers topics like why electrification is important due to issues like global warming, different types of alternative powertrains like electric vehicles and their pros and cons. It also discusses batteries as a critical component for electric vehicles and covers various battery technologies and test standards. The document provides information on regulations around the world for vehicle emissions and fuel efficiency standards.
Using the concept of "Digital Twin" models to gain a true understanding of your fuel economy and how return on investment assessment becomes built into your daily process.
This document provides an overview of a project to design a start-stop system for a plug-in hybrid electric vehicle (PHEV). It includes sections on the abstract, introduction, literature review, problem formulation, requirements, functional block diagram, advantages and disadvantages, applications, and conclusion. The start-stop system is intended to optimize fuel economy and reduce emissions by automatically shutting off the internal combustion engine when the vehicle is stopped and restarting it when needed. The system would use inputs from sensors to monitor vehicle and engine speed and control the engine relay and fuel supply.
The document discusses accelerating electric vehicle adoption. It covers why electric cars are fun, fast, clean and efficient; where electric cars are needed most like workplaces, airports and hotels; and how electric cars can be charged through installing stations at locations like worksites and schools. Novel low-cost payment approaches and complementary charging are suggested to promote adoption. Educational programs about electric vehicles for schools are also proposed.
EV CHARGING NETWORKS: A FEASIBLE COMPONENT OF ASIA’S DECARBONIZATION PATHWAYiQHub
This document discusses electric vehicle charging networks and their role in Asia's decarbonization efforts. It outlines various fleet electrification strategies for different vehicle types, noting benefits like predictable duty cycles and cost savings for EV fleets. While upfront capital costs of electric vehicles are higher, operating costs are significantly lower due to fuel and maintenance savings. The document also provides lessons learned on managing permitting processes, approvals, and other project controls to reduce costs and delays when developing electric vehicle infrastructure.
VehiTech provides a comprehensive vehicle monitoring solution that can help businesses save money by reducing vehicle downtime, fuel consumption, accidents, and maintenance costs. The solution tracks location, driver behavior, vehicle diagnostics, and more to provide insights. It has been successfully implemented for over 30,000 vehicles globally across various industries such as logistics, automotive, and government, helping customers save an average of 10-20% on operating costs.
The Need for a Data-Driven Strategy to Deploy Federal Funding for EV Charging...Forth
Karen Glitman, Senior Director at Center for Sustainable Energy (CSE) gave this presentation at the Forth Charged Up: What Transportation Agencies Need To Know About Charging webinar on February 8, 2022.
Telematics in haulage (Ray Engley) and Wrightbus Low Carbon Technologies (Ton...STEP_scotland
The document discusses various technologies for improving efficiency and reducing emissions in haulage, including telematics. Telematics allows owners to monitor fuel efficiency on individual loads and identify problems. For fleets, it enables remote monitoring of metrics like mpg and driving style. More advanced logistics planning can then incorporate these lessons. The document also discusses concerns around alternative fuels like natural gas and potential options going forward like electric and hybrid vehicles.
LinkChamp DC-AC is the only Taiwan manufacture with a full range of
inverters from 150 watts to 20Kw using its patented Intelligent Microprocessor
soft start design for Dc-AC Power Inverters, Battery Chargers, and Solar
Charger/Inverters . At the QC Quality Control a staff of 19 assure 100% of all
devices are tested before shipping. OEM/ODM Capability is offered with all
devices CE,LVD,EMC and E-Mark accreditation.
1) Installing an inverter system in trucks allows drivers to power electronics and appliances without idling the engine, saving on fuel costs and reducing emissions.
2) Idling engines is inefficient and wastes fuel, but drivers idle to power devices; inverters eliminate this need.
3) The document provides an example payback calculation for a fleet of 5 trucks, estimating a cost savings of over $112,000 over 3 years by eliminating idling with inverters.
The document discusses challenges and opportunities for accelerating the adoption of clean transportation technologies. It notes that the EPA will strengthen ozone standards, requiring significant reductions in NOx emissions in many regions. Meeting the new standards will require transitioning away from fossil fuel combustion to zero-emission technologies. The document also discusses targeting specific market segments or "beachhead markets", collecting data from demonstration fleets, engaging users to understand needs, and partnering with corporations to offer incentives to employees.
Percentage-Based Chargeback Bills in EnergyCAPEnergyCAP, Inc.
Typical % chargeback scenarios, chargeback goal, customers and chargebacks, creating a distribution, processing chargebacks, customer/tenant bills in EnergyCAP. Learn more at www.EnergyCAP.com.
CSS identifies technologies to reduce fuel consumption and pollution from trucks, including their Truck Stop Electrification (TSE) project. The TSE project will establish a national network of 50 truck stops that provide grants for equipment allowing trucks to plug in rather than idle. This reduces fuel consumption by an estimated 1 gallon per hour and saves trucks about 1,600 gallons of fuel annually. The goal is for the TSE network to grow to 250 sites by 2020 and support over 100,000 trucks, reducing diesel consumption by over 100 million gallons per year.
The document describes the PowerTower, a stand-alone integrated solar-wind power system for mid-sized wind turbines between 50-500 kW. The PowerTower is designed for reliability through using just essential parts and eliminating most failure-prone components. It provides a standardized solution to rural electrification that can achieve lower levelized costs of energy than customized systems for daily loads in a certain range. Standardization not only leads to cost reductions but also simplification and more robust systems.
Electric School Buses and Equity by Christiane WalkerForth
Christiane Walker, Engineering Consultant at The Center for Transportation and the Environment gave this presentation at the Forth Centering Equity and Resilience in School Bus Electrification webinar on November 09, 2021.
The term hyper car has been used to describe the highest-performing supercars. This presentation attributes some characteristics of hyper cars, the concept behind it in details and some extra features that improve vehicle efficiency and performance. Also find out which type of fuel it uses and some of its safety features. Let’s have a look.
Maximizing the ROI of Fleet ElectrificationFleetCarma
In this webinar we discuss some of the best practices seen from our fleet partners, and cover topics such as:
- How to integrate EVs into your fleet with confidence. Ensure that the vehicles are not only capable of the job, but that they’ll also bring predictable cost savings.
- How to maximize an EV’s workload. The more electric miles that a vehicle travels, the more fuel it will offset, resulting in a greater return.
- How to optimize fleet charging. This allows you to both reduce energy costs and increase the potential workload of your EV fleet.
How to get the most out of plugging in: Lessons from early adopters on how to...FleetCarma
This document provides information about a webinar on how to maximize the use of electric vehicles in a fleet. The webinar covers case studies of fleets that have successfully utilized electric vehicles, real-world data on how internal combustion engine vehicles, battery electric vehicles, and plug-in hybrid vehicles are used in fleets on a daily basis, and how increased electric vehicle utilization can reduce the payback period on the upfront premium of electric vehicles. The webinar concludes with lessons and tips from early adopters on effectively integrating electric vehicles into a fleet.
Electric Vehicles & Electric Utilities, Webinar Slides from FleetCarmaFleetCarma
View the recorded webinar here: http://www.fleetcarma.com/resources/vehicles-electric-utilities/
This webinar explores the way that electric utilities can work with electric vehicles to achieve the most benefit. The presenters discuss strategies and technologies to increase electric vehicle adoption within a utility's own fleet and in the service area.
Fleet Management Solutions: Questions to ask forThomas Kusch
There are many reasons to make fleet electrification your top priority: self-commitment to emissions reduction, sustainability as key differentiation, preventing new carbon tax regulations or savings. Whatever your reason may be, a shift to electric can drive business value in many ways. But what makes fleet electrification a valuable business case?
These are the questions you may consider before deciding for a new fleet management solution.
This document provides information on measuring and verifying energy usage and savings for electric vehicles (EVs). It discusses the importance of accurate data collection and outlines best practices for gathering fuel usage and odometer data from both internal combustion engine (ICE) vehicles and EVs. Key recommendations include using the trip computer for single vehicles, ensuring the charger can report kilowatt-hours per vehicle, properly identifying drivers and vehicles, and accounting for uncertainties in measurements. The goal is to keep the measurement and verification process simple while still obtaining complete and accurate data for comparing energy usage and costs between ICE vehicles and EVs.
Dr David Clayton discusses how telematics solutions can provide business intelligence through monitoring driver and vehicle activity in real-time. This data allows companies to identify ways to reduce fuel costs and develop greener strategies. Case studies show how telematics have helped companies achieve fuel savings of 10-15% and reduce carbon emissions. Change management practices including training and incentives can help modify driver behavior to support these goals.
The document discusses vehicle electrification as a trend in the automotive industry. It covers topics like why electrification is important due to issues like global warming, different types of alternative powertrains like electric vehicles and their pros and cons. It also discusses batteries as a critical component for electric vehicles and covers various battery technologies and test standards. The document provides information on regulations around the world for vehicle emissions and fuel efficiency standards.
Using the concept of "Digital Twin" models to gain a true understanding of your fuel economy and how return on investment assessment becomes built into your daily process.
This document provides an overview of a project to design a start-stop system for a plug-in hybrid electric vehicle (PHEV). It includes sections on the abstract, introduction, literature review, problem formulation, requirements, functional block diagram, advantages and disadvantages, applications, and conclusion. The start-stop system is intended to optimize fuel economy and reduce emissions by automatically shutting off the internal combustion engine when the vehicle is stopped and restarting it when needed. The system would use inputs from sensors to monitor vehicle and engine speed and control the engine relay and fuel supply.
The document discusses accelerating electric vehicle adoption. It covers why electric cars are fun, fast, clean and efficient; where electric cars are needed most like workplaces, airports and hotels; and how electric cars can be charged through installing stations at locations like worksites and schools. Novel low-cost payment approaches and complementary charging are suggested to promote adoption. Educational programs about electric vehicles for schools are also proposed.
EV CHARGING NETWORKS: A FEASIBLE COMPONENT OF ASIA’S DECARBONIZATION PATHWAYiQHub
This document discusses electric vehicle charging networks and their role in Asia's decarbonization efforts. It outlines various fleet electrification strategies for different vehicle types, noting benefits like predictable duty cycles and cost savings for EV fleets. While upfront capital costs of electric vehicles are higher, operating costs are significantly lower due to fuel and maintenance savings. The document also provides lessons learned on managing permitting processes, approvals, and other project controls to reduce costs and delays when developing electric vehicle infrastructure.
VehiTech provides a comprehensive vehicle monitoring solution that can help businesses save money by reducing vehicle downtime, fuel consumption, accidents, and maintenance costs. The solution tracks location, driver behavior, vehicle diagnostics, and more to provide insights. It has been successfully implemented for over 30,000 vehicles globally across various industries such as logistics, automotive, and government, helping customers save an average of 10-20% on operating costs.
The Need for a Data-Driven Strategy to Deploy Federal Funding for EV Charging...Forth
Karen Glitman, Senior Director at Center for Sustainable Energy (CSE) gave this presentation at the Forth Charged Up: What Transportation Agencies Need To Know About Charging webinar on February 8, 2022.
Telematics in haulage (Ray Engley) and Wrightbus Low Carbon Technologies (Ton...STEP_scotland
The document discusses various technologies for improving efficiency and reducing emissions in haulage, including telematics. Telematics allows owners to monitor fuel efficiency on individual loads and identify problems. For fleets, it enables remote monitoring of metrics like mpg and driving style. More advanced logistics planning can then incorporate these lessons. The document also discusses concerns around alternative fuels like natural gas and potential options going forward like electric and hybrid vehicles.
The document introduces the Panther device, which can be plugged into a vehicle's cigarette lighter port. It claims that Panther can save up to 25% on fuel consumption by stabilizing the vehicle's voltage and optimizing electrical flow. On-road tests showed fuel savings ranging from 8.9% to 31.8% across different models. A dynojet performance test also showed increases in torque and power output when Panther was used. The document promotes Panther as a solution that can save fuel while improving driving feel for all types of vehicles.
Mike Tinskey, Ford -- "Trends in 'Energi': Impacting the Way we Refuel our Ve...Forth
The document discusses trends in vehicle electrification and alternative energies impacting how vehicles and homes are powered. It notes increasing customer demand for more efficient vehicles and a long-term industry commitment to sustainability. Various technologies for improving vehicle efficiency are discussed, as well as growing sales of electrified vehicles. Challenges around infrastructure development and battery recycling are also covered. The impacts of electrification on the electric grid and utilities are examined, along with strategies like time-of-use rates. Case studies demonstrate how homes can significantly reduce energy use and costs through electrification and efficiency measures. The document advocates an integrated multi-stakeholder approach to building a sustainable electrified transportation future.
This document outlines the use of ADVISOR simulation software for modeling hybrid and electric vehicle powertrains. It discusses the need for simulation tools in vehicle design given the complexity of configurations and optimization parameters. The document then describes the key features of ADVISOR, including its graphical user interface, component models, and ability to simulate conventional, electric, and hybrid vehicles. An example application of ADVISOR to simulate a parallel hybrid vehicle and optimize engine size is also presented. Limitations of the tool for detailed dynamics modeling are noted.
The document discusses accelerating electric vehicle adoption. It addresses why people should buy electric cars by explaining their benefits like being fun, fast, clean and efficient. It discusses where electric cars could be used, focusing on workplace charging since most driving is commuting to and from work. Finally, it covers how to charge electric cars, suggesting installing charging stations where most needed like workplaces, and considering novel low-cost payment approaches like complimentary "level-free" charging and educational programs for schools.
Alternative Fuels Workshop & Wisconsin Smart Fleet Recognition Program - GE C...Wisconsin Clean Cities
Jason Zander, GE Capital, presented information on Green Financing options that are available to fleets for our Alternative Fuels Workshop & Wisconsin Smart Fleet Recognition Program in Madison, WI.
Vehicle electrification involves using electric power to replace some or all of the propulsion requirements of a vehicle. Electric vehicles can be classified based on the degree to which electricity powers the vehicle, from mild hybrids to full battery electric vehicles (BEVs). Mild hybrids typically use a motor starter/generator unit connected to a 48V lithium-ion battery to assist with start/stop functionality and regenerative braking.
The Octavia range embodies the design trend of the Škoda brand: a fusion of
aesthetics, safety and practicality. Whether you see the car as a whole or step
closer and explore its unique features, the Octavia range radiates with the
harmony of functionality and emotion
Fleet management these days is next to impossible without connected vehicle solutions. Why? Well, fleet trackers and accompanying connected vehicle management solutions tend to offer quite a few hard-to-ignore benefits to fleet managers and businesses alike. Let’s check them out!
Ever been troubled by the blinking sign and didn’t know what to do?
Here’s a handy guide to dashboard symbols so that you’ll never be confused again!
Save them for later and save the trouble!
Implementing ELDs or Electronic Logging Devices is slowly but surely becoming the norm in fleet management. Why? Well, integrating ELDs and associated connected vehicle solutions like fleet tracking devices lets businesses and their in-house fleet managers reap several benefits. Check out the post below to learn more.
Welcome to ASP Cranes, your trusted partner for crane solutions in Raipur, Chhattisgarh! With years of experience and a commitment to excellence, we offer a comprehensive range of crane services tailored to meet your lifting and material handling needs.
At ASP Cranes, we understand the importance of reliable and efficient crane operations in various industries, from construction and manufacturing to logistics and infrastructure development. That's why we strive to deliver top-notch solutions that enhance productivity, safety, and cost-effectiveness for our clients.
Our services include:
Crane Rental: Whether you need a crawler crane for heavy lifting or a hydraulic crane for versatile operations, we have a diverse fleet of well-maintained cranes available for rent. Our rental options are flexible and can be customized to suit your project requirements.
Crane Sales: Looking to invest in a crane for your business? We offer a wide selection of new and used cranes from leading manufacturers, ensuring you find the perfect equipment to match your needs and budget.
Crane Maintenance and Repair: To ensure optimal performance and safety, regular maintenance and timely repairs are essential for cranes. Our team of skilled technicians provides comprehensive maintenance and repair services to keep your equipment running smoothly and minimize downtime.
Crane Operator Training: Proper training is crucial for safe and efficient crane operation. We offer specialized training programs conducted by certified instructors to equip operators with the skills and knowledge they need to handle cranes effectively.
Custom Solutions: We understand that every project is unique, which is why we offer custom crane solutions tailored to your specific requirements. Whether you need modifications, attachments, or specialized equipment, we can design and implement solutions that meet your needs.
At ASP Cranes, customer satisfaction is our top priority. We are dedicated to delivering reliable, cost-effective, and innovative crane solutions that exceed expectations. Contact us today to learn more about our services and how we can support your project in Raipur, Chhattisgarh, and beyond. Let ASP Cranes be your trusted partner for all your crane needs!
2. MyGeotab | Visit Geotab.com
2
Geotab is the global leader in EV telematics, supporting
fleets from 1% to 100% electric
0%
electric
100%
electric
1. Go Electric - EVSA
2. Operate Electric - MyGeotab EV features
3. Scale Electric - Load Management Integrations
3. MyGeotab | Visit Geotab.com
Going Electric
Performance Requirements
Fleets looking to add EVs, even if they have a few already, likely have questions around:
3
Vehicle Selection
Total Cost of Ownership
Environmental Impact
4. MyGeotab | Visit Geotab.com
What is the EVSA?
Electric Vehicle Suitability Assessment
An EV procurement recommendation
tool for any fleet seeking to go electric
Data-driven recommendations using Geotab telematics driving profiles
100 Vehicles
Assessed
Plug-in Hybrid EV
(PHEV) 40
Battery EV
(BEV) 50
No EV Fit 10
Recommended electric vehicles
are guaranteed to meet your fleet
vehicles’ daily range requirements
Best fit electric vehicles to
replace current vehicles in
your fleet
Lifetime cost savings based
on our recommendations
We only recommend electric
vehicles that save you more when
compared with procuring
non-electric vehicles for your fleet
Estimated reduced in fuel
consumption and carbon
emission
We compute reasonable estimates
for your reduced carbon footprint
should you decide to
go electric
5. MyGeotab | Visit Geotab.com
Mandates:
EV adoption, carbon reduction, operational
cost reduction
● Government
● Delivery and Service:
o Low Emission Zones (Europe)
● Mobility/Leasing Companies
● Electric Utilities
For Whom?
7. 7
MyGeotab | Visit Geotab.com
Helping Fleets Electrify
Every fleet manager has concerns about adopting EVs, the EVSA is here to help
1) Don’t have time to research all EV models available in the market?
● Curated lists of EVs available in the local market
2) Don’t want to rely on driving estimates for the analysis?
● Leverage telematics to provide an accurate recommendation
3) Don’t trust the EV range advertised by vehicle manufacturers?
● Real-world EV performance efficiency from thousands of logged trips
4) Have questions specific to your business?
● Raw output of all simulations if you wish to dig deeper into the data
8. MyGeotab | Visit Geotab.com
Range Assurance
● Will the EV meet my drivers’ range requirements?
● Is it enough to only charge overnight?
● Will the battery still perform in extreme weather conditions?
8
Maximum daily driven distance
Range of Recommended EV
9. MyGeotab | Visit Geotab.com
Temperature Impact on Range
Example:
● EV range at 21C is 300 km
● Fleet Operating temperature:
○ Min: -11C
○ Max: 36 C
● From Chart:
○ Range at -11 C =
0.55 * 300 km = 165 km
○ Range at 36 C =
0.8 * 300 KM = 240 km
● Worst Case Range used for
analysis: 165 km
10. MyGeotab | Visit Geotab.com
Financial Analysis
● Will I save money? How much?
● How will my cost structure change?
10
11. MyGeotab | Visit Geotab.com
Environmental impact
● How much will my fleet’s CO2
emissions reduction be?
● How much will my fleet’s fuel consumption reduction be?
11
EV Annual CO2
Reduction: 4, 200 tons (62%) EV Annual Savings: €12, 865 (23%)
13. 13
MyGeotab | Visit Geotab.com
Simple Flow
Select your fleet vehicles to
assess, the EVs to consider,
and cost defaults
EVSA analyzes your fleets’
telematics historical data
The assessment pinpoints
the vehicles in your fleet
suitable for EV replacement
1 32
Use telematics from current vehicles (gas, diesel, hybrid)
to identify which are best suited for EV replacement
~5 min to launch an analysis
~60 min to compute
14. MyGeotab | Visit Geotab.com
Channel Marketplace Add-in
Run By End-User (self-serve)
Plan All (Pro or ProPlus recommended)
Cost Free
Best Fit Recommendation Range & High-level Savings
Cost Analysis High-level Estimate
Fuel & Emissions ✔
Driver Range Assurance ✔
Raw Data Output ✔
Report Generic summary charts &
recommendations tables
Distribution
18. MyGeotab | Visit Geotab.com
EVSA: Simple Flow, Actionable Recommendations
Select telematics
time period
3
19. MyGeotab | Visit Geotab.com
EVSA - Assumptions Tailored For To Your Fleet
Select your fleet
vehicles to assess
4
20. MyGeotab | Visit Geotab.com
EVSA - Assumptions Tailored For To Your Fleet
Select the EVs
to consider and
review costs
5
21. MyGeotab | Visit Geotab.com
EVSA - Assumptions Tailored For To Your Fleet
Review costs
of Non-EV
replacements
to compare with
6
22. MyGeotab | Visit Geotab.com
EVSA - Processing Simulations Using Your Data
EVSA analyzes
your fleets’
telematics data
7
23. MyGeotab | Visit Geotab.com
EVSA - Results and Recommendations For Your Fleet
Receive your
assessment
to pinpoint the most
efficient vehicle
deployment for
your fleet
8
24. MyGeotab | Visit Geotab.com
EVSA - Results and Recommendations For Your Fleet
Enter your preferences
& tweak the results
9
25. MyGeotab | Visit Geotab.com
EVSA - Results and Recommendations For Your Fleet
Receive your
assessment
to pinpoint the
most efficient
vehicle deployment
for your fleet
10
26. MyGeotab | Visit Geotab.com
EVSA - Results and Recommendations For Your Fleet
Receive your
assessment
to pinpoint the
most efficient
vehicle deployment
for your fleet
1011
27. MyGeotab | Visit Geotab.com
EVSA - Results and Recommendations For Your Fleet
Receive your
assessment
to pinpoint the
most efficient
vehicle deployment
for your fleet
12
28. MyGeotab | Visit Geotab.com
EVSA - Results and Recommendations For Your Fleet
Receive your
assessment
to pinpoint the
most efficient
vehicle deployment
for your fleet
13
29. Corporate headquarters:
Geotab Inc.
2440 Winston Park Drive
Oakville, Ontario
L6H 7V2, Canada
Tel: +1.416.434.4309
www.geotab.com
29
Canada
340-137 Glasgow Street
Kitchener, Ontario
N2G 4X8, Canada
USA
770 E. Pilot Rd,
Suite A
Las Vegas, Nevada
89119, USA
Mexico
Paseo de la Reforma 296
Juárez, 06600,
Ciudad de México, Mexico
Germany
Kaiserstr, 100
52134 Herzogenrath,
Germany
Spain
Geotab GmbH
Calle de la Princesa, 43 2ºD
28008 Madrid,
Spain
China
Room 707, Mai Ke Long
Building, Science and
Technology Park, Nanshan
District, Shenzhen, Guang
Dong, China 518057
Australia
Level 24 Westpac House,
91 King William Street
Adelaide SA 5000
Australia
UK
Geotab GmbH
3 Waterhouse Square
138 - 142 Holborn,
London, EC1N 2SW
United Kingdom