INTRODUCING FLASHBOT
EV Charging Simplified
Eliminate Costly Infrastructure Work
Given its off-grid, mobile design, FlashBot and its associated FlashX equipment, can reduce up front construction and installation costs by as much as 90% compared to fixed charging stations.
>$100,000 in up front cost savings
>$35,000 in savings per charging port
DC FAST & LEVEL 2 CHARGING IN UNDER 2 HOURS!
FlashBot can deliver EV charging to your facility in as little as 2 hours! Avoid the delays of design, permitting and construction using a mobile solution that can be easily moved and reconfigured at your discretion.
DC fast-charging @ 60kw charging output
Level 2 charging @ 7kw to as many as 12 vehicles for each FlashBot & FlashHub
FLEXIBILITY & FUTURE-PROOF DESIGN
Affordable equipment leasing options
Software-driven functionality, modular hardware design, and infrastructure-free deployment allow for easy adaptation to evolving technologies, avoiding infrastructure lock-in and long-term compatibility of fixed charging stations
Mobile and modular solution that can be easily moved at your discretion to maximize asset utilization
ENERGY COST SAVINGS
FlashBot can optimize recharging timing in order to capture and store energy when the cost is lowest
Profit Maximization For Property Owners: significant energy cost savings opens opportunity for increased margin when selling charging services during peak demand hours
FLASHBOT DEMONSTRATION
Watch a live demonstration and explanation of IonDynamics Autonomous EV Charger FlashBot with Co-Founder and VP of Business Development, Josh Bitterman in Detroit.
EV Charging
Challenges
Costly Installation & Expansion
Installing EV charging stations is expensive due to high equipment, labor and material costs, long permitting processes, and additional expenses for grid upgrades to meet increased demand.
Unpredictable Demand
The uncertainties in charging demand make it challenging to allocate resources efficiently, plan and invest in infrastructure, and manage charging stations effectively.
Environmental Impact
Modifications to charging infrastructure in sensitive areas can disrupt ecosystems, face opposition from local communities, and face limited access due to the site’s historical or natural significance.
Technology Churn
Technology churn presents challenges such as reliability issues, rapid obsolescence, increased investment risk, integration complexities, and market uncertainty.
Infrastructure-free Deployment
Our mobile autonomous robots deliver on-demand energy to EV owners, offering significant upfront installation savings and providing ongoing energy cost reductions through smart demand response technologies.
Mobile Design with Dynamic Optimization
Our mobile charging solution with dynamic optimization algorithms allows for cost-effective energy distribution based on real-time needs, eliminating over or under-investment due to demand fluctuations.
Minimum Environmental Impact
Our reversible deployment solution preserves the natural and historical integrity of sensitive areas by avoiding permanent installations and alternations to the landscape.
Future-Proof Design
Software-driven functionality, modular hardware design, and infrastructure-free deployment allow for easy adaptation to evolving technologies, avoiding infrastructure lock-in and long-term compatibility.
IonDynamics
Solutions
DISCOVER MORE
Power Events with Clean Energy
Integrating with its Intelligent Power Conversion Gateway, FlashHub, FlashBot Becomes the Ideal Clean Energy Source Capable of Supplanting Diesel Generators for:
Indoor Concerts & Events
Outdoor Special Events
Sporting Events
Movie Shoots
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Backup Power & Energy Storage
No Power? No Problem!
FlashBot is designed to swiftly deliver energy wherever and whenever it is needed,
on-demand.
Given each FlashBot's high-capacity battery and power output, it is a robust and reliable source of energy when your operation may need it most. Its modular design supports various power outputs, while real-time monitoring ensures efficient energy delivery, maintaining essential operations seamlessly.
Grid Modernization & Energy Trading
Challenges
Demand-Supply Fluctuations
Constant adaptations to energy demand and supply cause instability, unreliability, and inefficient operation of the grid.
Generation-Storage Mismatch
Balancing static storage capacity with the dynamic nature of renewable energy generation leads to over or under-investment.
Inadequate Infrastructure
Patchy and underdeveloped infrastructure results in unmet energy demands and limited access to reliable power in both rapidly growing and rural areas.
Insufficient Decentralized Energy Resources
Centralized energy resources are vulnerable to disruptions, have limited flexibility in adapting to demand changes, and incur high infrastructure costs.
Forecasting and Predictive Analytics
Employ big data and artificial intelligence to forecast and match variable energy sources to demand fluctuations.
Mobile-Centric Modularized Energy Storage
Deploy mobile energy carriers, dynamically shifting energy storage from a fixed burden to a flexible, modularized, and on-demand asset.
Infrastructure-free Energy Delivery
Deliver energy on-demand from diverse resources, eliminating the need for rigid, expensive infrastructure upgrades while reducing environmental impact.
Decentralized Energy Resources (DERs)
Develop a mobile, on-demand energy platform to revolutionize energy delivery and trading, supporting the expansion of renewables and driving grid modernization.
IonDynamics
Solutions
