Intermodal Renewables LLC
Making solar power generation the preferred choice for energy management services within the intermodal transportation ecosystem.
About intermodal renewables LLC
Our Mission
Resiliency Solutions
Our Mission
At InterModal Renewables, we are committed to transforming the landscape by providing renewable energy solutions that enhance the existing intermodal transportation system. Our mission is to empower shipping companies through effective energy management services, enabling them to optimize their energy consumption, reduce costs, and minimi
At InterModal Renewables, we are committed to transforming the landscape by providing renewable energy solutions that enhance the existing intermodal transportation system. Our mission is to empower shipping companies through effective energy management services, enabling them to optimize their energy consumption, reduce costs, and minimize their carbon footprint while leveraging solar power generation.
Our Team
Resiliency Solutions
Our Mission
Our team of experienced marine, energy, and industrial professionals is dedicated to helping businesses achieve their sustainability goals through effective energy management services. We have the knowledge and expertise to design and implement customized renewable energy solutions, including solar power generation, that are tailored to t
Our team of experienced marine, energy, and industrial professionals is dedicated to helping businesses achieve their sustainability goals through effective energy management services. We have the knowledge and expertise to design and implement customized renewable energy solutions, including solar power generation, that are tailored to the unique needs of each client. Additionally, we understand the importance of intermodal transportation in delivering these solutions efficiently.
Resiliency Solutions
Resiliency Solutions
Resiliency Solutions
The U.S. identifies 16 Critical Infrastructure Sectors—assets, systems, and networks essential to national security, economic security, and public health or safety . We add a layer of resiliency these installations can use to optimize their operation.
Resiliency Solutions for critical infrastructure
Renewable Energy and Modular Basecamp Solutions
The SOLAR CUBE™ + Base Camp system is a deployable, containerized solar power and optional energy storage solution designed for rapid setup, rugged performance, and grid-independent operation. It integrates high-efficiency photovoltaic panels, battery energy storage, and smart power management to deliver reliable electricity in off-grid or grid-stressed environments.
Key Benefits
- Rapid Deployment – Pre-configured in ISO shipping containers for plug-and-play installation anywhere in the world.
- Resilient Power Supply – Operates independently from local grids, ensuring uninterrupted power for critical operations.
- Fuel Cost Savings – Reduces or eliminates reliance on diesel generators, lowering fuel costs and resupply frequency.
- Reduced Carbon Footprint – Produces clean, renewable energy, supporting sustainability and ESG targets.
- Scalable & Modular – Units can be deployed individually or networked together for larger power demands.
- Multi-Function Capability – Supports lighting, HVAC, communications, refrigeration, and mission-critical equipment.
- Quiet Operation – Low acoustic signature compared to generators, improving safety and comfort in sensitive locations.
Who Benefits
- Shipyards & Ports – Power for ship repair docks, cold-ironing vessels, and temporary operations without straining the local grid.
- Military & Defense – Forward operating bases, disaster response units, and expeditionary missions needing mobile, resilient energy.
- Disaster Relief Agencies – Emergency shelters, field hospitals, and communications hubs in disaster-stricken regions.
- Construction & Mining Sites – Remote work sites requiring dependable, off-grid electricity.
- Event & Festival Operators – Temporary large-scale events that require clean, quiet power.
- Humanitarian Missions – Refugee camps, medical deployments, and off-grid community support.
Bottom Line
The Solar Cube + Base Camp solution delivers energy security, mobility, and sustainability for organizations that need dependable power in any environment—whether for planned operations or emergency response.
Renewable Energy and Modular Defense Solutions
The SOLAR CUBE™ is a rugged, containerized solar + optional energy storage solution engineered for rapid deployment and sustained operations in maritime environments. With integrated high-efficiency solar panels, advanced battery energy storage, and smart power management, it provides a resilient, quiet, and clean alternative to diesel generators—both ashore and afloat.
Key Benefits for the Navy
- Cold-Ironing Support – Supplies shore power to vessels at berth, reducing fuel use and emissions while improving crew safety.
- Forward Operating Power – Supports expeditionary units, Seabees, and humanitarian missions without reliance on vulnerable fuel supply chains.
- Reduced Logistics Burden – Cuts the need for fuel resupply, freeing up sealift/airlift capacity for mission-critical cargo.
- Silent Operations – Low acoustic and thermal signature for enhanced operational security.
- Rapid Deployment – ISO container format enables transport via ship, truck, rail, or aircraft for immediate readiness.
- Scalable & Modular – Units can be combined to meet varied power requirements, from comms hubs to large-scale base operations.
- Environmental Compliance – Meets Navy sustainability goals and supports port communities with cleaner air and reduced carbon output.
Use Cases
- Shipyard & pier-side vessel power (cold-ironing)
- Remote radar and communications outposts
- Humanitarian assistance and disaster relief (HADR) missions
- Expeditionary logistics hubs and maintenance facilities
- Island base and harbor operations in remote theaters
Bottom Line
For the Navy, the Solar Cube delivers energy independence, mission flexibility, and environmental stewardship—reducing operational risk while enhancing readiness across the fleet and shore installations.
Renewable Energy and Modular Housing Solutions
Renewable Energy and Modular Trucking Solutions
The SOLAR CUBE™ + Modular Housing package pairs containerized solar power and optional energy storage with rapidly deployable, prefabricated living or working spaces. Designed for off-grid or grid-unstable environments, this solution delivers clean, reliable power alongside secure, climate-controlled accommodations—ready for use within hours of arrival.
Key Benefits
- Rapid Setup – Pre-engineered for quick assembly, enabling habitable units and power within the same day.
- Off-Grid Capability – Operates independently of local utilities, ensuring resilience in remote or disaster-stricken areas.
- Scalable Deployment – Add additional Solar Cubes or housing modules to expand capacity as needs grow.
- Sustainable Living – Clean energy generation reduces diesel fuel use, carbon emissions, and noise.
- Integrated Comfort & Functionality – Supports lighting, HVAC, refrigeration, communications, and other critical loads.
- Mobility – Units transport via truck, rail, or ship to reach virtually any location.
Who Benefits
- Disaster Relief & Humanitarian Agencies – Field hospitals, emergency housing, and recovery operations.
- Military & Defense – Forward operating bases, troop accommodations, and command centers.
- Construction & Mining Operations – Remote site housing and office space with independent power.
- Event & Film Industry – Temporary production camps or VIP accommodations without generator noise.
- Off-Grid Communities – Long-term housing in areas without reliable grid access.
Renewable Energy and Modular Trucking Solutions
Renewable Energy and Modular Trucking Solutions
The SOLAR CUBE™ is a mobile, containerized solar + optional battery energy storage system designed to deliver reliable, grid-independent power anywhere. For the trucking industry, it provides clean, quiet energy for fleet operations, maintenance facilities, refrigerated trailers, and remote logistics hubs—reducing fuel costs and boosting operational resilience.
Key Benefits for Trucking
- Reefer Power Without Idling – Keeps refrigerated trailers running without burning diesel, cutting fuel use and emissions.
- Fleet Yard Energy Security – Powers lighting, EV chargers, offices, and maintenance bays during outages or in off-grid locations.
- Lower Operating Costs – Reduces diesel generator run-time and associated maintenance.
- Rapid Deployment – Delivered in an ISO container, ready to operate within hours at depots, rest stops, or job sites.
- Sustainability Compliance – Helps fleets meet tightening emissions regulations and corporate ESG targets.
- Scalable Power – Modular units can be linked for higher loads or multiple operations across a site.
Use Cases
- Cold-chain logistics and reefer trailer staging areas
- EV charging for electric trucks or yard tractors
- Remote freight terminals or cross-docking sites
- Disaster recovery power for warehouses and dispatch centers
- Fuel-free lighting and security systems at temporary or seasonal yards
Renewable Energy and Modular Air Freight Solutions
Our SOLAR CUBE™ & Air Freight Resiliency
In the fast-paced world of air cargo operations, reliable power is critical to keep freight moving, refrigeration systems running, and logistics hubs operational. The Solar Cube—a containerized, solar-power System with optional energy storage - provides a mobile, clean, and resilient power source that can be deployed anywhere in the supply chain.
By integrating high-output photovoltaic panels with a robust battery energy storage system (BESS), the Solar Cube ensures continuous, off-grid electricity for essential airport functions such as cold chain storage, ground handling equipment, lighting, and communications. In the event of grid failure or fuel shortages, the Solar Cube can seamlessly maintain operations without reliance on diesel generators, reducing both operational risk and emissions.
For air freight operators, freight forwarders, and ground service providers, this means:
- Supply Chain Continuity – Keeps critical systems online during grid outages or natural disasters.
- Operational Flexibility – Rapidly deployable to any airport, cargo terminal, or forward staging area.
- Cost Savings – Reduces fuel costs and minimizes downtime penalties.
- Sustainability – Meets growing carbon reduction mandates from airlines, regulators, and shippers.
In short, the Solar Cube delivers energy security where it matters most—keeping high-value cargo moving, schedules on track, and air freight operations resilient in an unpredictable world.
Renewable Energy and Modular Rail Freight Solutions
Our SOLAR CUBE™ is a containerized solar + optional battery energy storage system built for rapid deployment and tough environments. For the rail freight industry, it provides clean, resilient power for yards, intermodal terminals, maintenance depots, and off-grid operations—cutting reliance on diesel generators and improving operational efficiency.
Key Benefits for Rail Freight
- Intermodal Synergy – Deploys via standard ISO container handling, making it easy to move between rail yards and freight hubs.
- Cold-Ironing for Rail Cars – Powers refrigerated boxcars and climate-controlled cargo without locomotive idling.
- Resilient Yard Power – Supports lighting, communications, security systems, and equipment charging even during grid outages.
- Fuel & Emissions Reduction – Cuts diesel use, lowering costs, noise, and carbon footprint.
- Scalable & Modular – Link multiple units for large terminals or distribute across smaller remote sidings.
- Rapid Setup – Ready to operate within hours for scheduled or emergency operations.
Use Cases
- Intermodal container yards
- Reefer railcar staging and cold-chain support
- Remote signal, switching, and maintenance facilities
- Disaster recovery power for critical rail infrastructure
- Off-grid operations in resource extraction or agricultural regions
Bottom Line
For rail freight operators, the Solar Cube delivers portable, renewable, and reliable power—enhancing efficiency, reducing operating costs, and supporting the industry’s push toward cleaner logistics.
Renewable Energy and Modular Maritime Freight Solutions
Our SOLAR CUBE™ is a rugged, containerized solar + battery energy storage system designed for rapid deployment in demanding port and maritime environments. For the maritime freight sector, it provides clean, resilient power for vessel support, cargo operations, and remote terminals—reducing dependence on diesel generators and cutting operational costs.
Key Benefits for Maritime Freight
- Cold-Ironing Capability – Powers vessels at berth without running auxiliary engines, lowering fuel use, emissions, and noise.
- Portside Resilience – Keeps cranes, reefer stacks, and critical port systems operating during grid outages.
- Reduced Fuel & Maintenance Costs – Minimizes generator run-time, lowering operating expenses and service intervals.
- Mobile & Scalable – Deployable via ship, truck, or rail to wherever power is needed—on the dock or aboard support vessels.
- Sustainability Compliance – Supports IMO and port authority emissions reduction targets.
- Fast Setup – Fully operational within hours for scheduled operations or emergency response.
- Payload Optimization – Increases cargo carrying capacity by reducing fuel consumption and the need to carry fuel making more capacity for cargo carrying.
Use Cases
- Reefer container power at port terminals and transshipment hubs
- Cold-ironing for feeder vessels and harbor craft
- Remote island or offshore cargo handling facilities
- Emergency port power following storms or natural disasters
- Supplemental power for shipyard maintenance operations
Bottom Line
For the maritime freight industry, the Solar Cube delivers clean, reliable, and portable energy—improving efficiency, cutting costs, and helping ports and operators meet the growing demand for sustainable shipping practices.
Renewable Energy For Critical Infrastructure
Our SOLAR CUBE™ is a rugged, containerized solar + optional battery energy storage system designed for rapid deployment in demanding port and maritime environments. For the maritime freight sector, it provides clean, resilient power for vessel support, cargo operations, and remote terminals—reducing dependence on diesel generators and cutting operational costs.
Key Resiliency Advantages
- Grid Independence During Outages
- The Solar Cube, equipped with photovoltaic panels and integrated energy storage, enables a gas station to operate independently of the grid.
- Critical systems—such as fuel pumps, payment terminals, canopy lighting, and security systems—remain fully operational during utility failures.
- The Solar Cube, equipped with photovoltaic panels and integrated energy storage, enables a gas station to operate independently of the grid.
- Rapid Deployment in Emergencies
- Designed for mobility, the Solar Cube can be deployed to affected sites in hours, restoring operational capacity without the logistical challenges of transporting and fueling diesel generators.
- No reliance on fuel deliveries, which are often disrupted during disaster recovery.
- Designed for mobility, the Solar Cube can be deployed to affected sites in hours, restoring operational capacity without the logistical challenges of transporting and fueling diesel generators.
- Continuous, Sustainable Power
- By harvesting solar energy and storing it in an integrated battery system, the Solar Cube provides 24/7 clean power.
- Reduces carbon emissions and eliminates fuel supply chain vulnerabilities.
- By harvesting solar energy and storing it in an integrated battery system, the Solar Cube provides 24/7 clean power.
- Support for Emergency Response
- During prolonged outages, gas stations equipped with Solar Cubes can act as resilience hubs, providing fuel for first responders, utility repair crews, and relief organizations.
- Onsite power also supports refrigeration for essential goods and backup communications.
- During prolonged outages, gas stations equipped with Solar Cubes can act as resilience hubs, providing fuel for first responders, utility repair crews, and relief organizations.
MEET OUR TEAM
Edward Eastlack - Chief Executive Officer, Chief Engineer, Co-Founder
Edward has over 25 years in the maritime industry and leverages his marine engineering experience with a passion for new technologies that enhance reliability, efficiency, and performance. Whenever you achieve this trifecta, both the client and the environment benefit. Over the years, Edward has orchestrated a wide range of marine and offshore projects in the Gulf South, including vessel repair, overhaul, major modifications, and new construction. Notably, new construction projects have featured state-of-the-art hybrid propulsion systems with the capacity for renewable energy integration and solar power generation. Edward looks forward to collaborating with industry stakeholders to implement energy management services and integrate renewable energy solutions into the intermodal transportation system.
Aaron Bresnahan - Chief Operating Officer
Expert advisor; proactively collaborating with leaders seeking growth and monetization of their competitive advantage through energy management services. Utilizing thematic analysis to recognize patterns and capitalize on insights.
Transdisciplinary leader of engine, hybrid, and energy storage solutions, with a focus on intermodal transportation. Optimistic thought leader in the decarbonization journey toward a sustainable environment, particularly in solar power generation. Keenly focused on creating innovative solutions for complex business challenges. Champion for digital transformation, machine learning, and accelerated adoption of smart technologies.
William S. Lerner - Co-Founder
William is an acknowledged thought leader in the renewable energy transformation, particularly in ensuring safety in renewable systems and energy management services. As an independent inventor, he holds 18 patents, including one that serves as the foundation for Intermodal Renewables. His extensive portfolio spans various sectors such as intermodal transportation, shipping, rail, trucking, hydrogen, battery, EV, charger, hydrogen dispenser, and safety. A second patent for solar power generation functions is set to issue in the second quarter of 2025. Currently, he has seven pending applications that will further expand Intermodal Renewables' global footprint. Before launching Intermodal Renewables, Mr. Lerner held over thirty roles at ISO for hydrogen technologies, served as an ISO US Delegate, and became an ANSI registered expert in the hydrogen space, with significant contributions in the maritime sector. Recently, he completed a comprehensive risk assessment and recommendations for the largest transportation agency in the USA, covering critical infrastructure such as ports, rail, bridges, tunnels, and airports.
Sanjay Prasad - Co-Founder
Sanjay has advised many of the world's leading corporations on IP strategy, disputes, and transactions, particularly in sectors like energy management services and intermodal transportation. He has deep experience in all business and legal aspects of intellectual property, from developing IP strategy for senior management to executing that strategy, which includes patent portfolio development, deal development and negotiation, and monetization, especially in the context of emerging fields such as solar power generation. Sanjay has served as chief patent counsel to Oracle Corporation and has been repeatedly recognized by Intellectual Asset Management Magazine as one of the world’s leading IP strategists. He has testified before a U.S. Congressional Subcommittee on hearings that led to the passage of §19 of The America Invents Act and is an Associate Professor of Law at the Sandra Day O'Connor College of Law at Arizona State University, where he teaches a class on Software Intellectual Property Law and Licensing.
Karlessa Truxillo - Advisor - Trade Compliance Consultant
Trade Compliance Consultant providing expert guidance in import/export regulations and compliance frameworks, specifically tailored for energy management services. Contributing insights regarding compliance in international trade and logistics contexts, ensuring that company operations adhere to U.S. and international trade laws, including ITAR, EAR, and U.S. Customs & Border Protection (CBP) regulations. Offering guidance on HS codes, tariff classifications, duty rates, and trade agreement eligibility for renewable energy components and systems, including those related to solar power generation. Preparing and reviewing export/import documentation such as commercial invoices, packing lists, bills of lading, and certificates of origin. Identifying and mitigating risks related to sanctions, embargoes, and restricted parties lists. Collaborating with suppliers, freight forwarders, and logistics partners to ensure compliant global movement of renewable energy technologies, particularly in the realm of intermodal transportation.
Malcolm Scrymgeour - Advisor - Business Strategy
Consultant. Speaker. C-suite executive. Advisory Board Member. Author. I am a proven retail leader, strategist, and executive with an outstanding record of success in energy management services. In my most recent corporate role, I led a team of 600 people for four years, during which I grew the EBDIT of a $650m retail business by 90% EBIT. Recognized as an inspirational and highly effective leader of people, I successfully guided a large retail team through a technology transformation, while also managing intermodal transportation challenges and navigating numerous major natural disasters. At the same time, I vastly improved the eNPS scores, all while advocating for solar power generation initiatives.
Alice Wu - Advisor - Business Analyst
Master’s graduate in Business Analytics from Tulane University, with a Bachelor’s degree in Business Administration, focusing on International Business.
With a blend of business acumen and an analytical mindset, I thrive on solving complex business problems and identifying efficient, data-driven solutions. My background in both business administration and analytics allows me to bridge the gap between strategy and execution, helping organizations make informed, impactful decisions.
Being bilingual and bicultural, I bring strong cross-cultural communication skills to the table—whether it's translating technical insights for non-technical stakeholders or collaborating across global teams. I’m passionate about leveraging data, strategy, and storytelling to drive meaningful business outcomes.
OUR NEXT TEAM MEMBER COULD BE YOU
Want to join our team focused on energy management services, intermodal transportation, and solar power generation? Click below.
OUR MISSION
Our Mission
Making solar power generation the preferred choice for energy management services within the intermodal transportation ecosystem.
FEATURED PRODUCT
SOLAR CUBE™
Introducing the SOLAR CUBE™ – the innovative solution for sustainable energy management services on the go. This high-quality solar cube is expertly designed as an ISO Shipping container, seamlessly integrating flexible solar panels to harness solar power generation wherever it may be stationed. Not only does it maintain its functionality as a traditional shipping container, but it also empowers intermodal transportation vehicles to collect solar power while in transit, all while transporting conventional goods. The SOLAR CUBE™ is scalable, versatile, and perfect for those looking to reduce their carbon footprint without compromising on efficiency. Experience the future of renewable energy with the SOLAR CUBE™ – where sustainability meets practicality. (Available in Standard ISO High Cube Sizes, 10, 20, 40 and 45 ft). Custom energy solutions are also available to include energy storage options. Click the button below to request a quote.
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SOLAR CUBE™ + ReEFER Option
Utilize your SOLAR CUBE™ for solar power generation to efficiently power your refrigerated container, enhancing your energy management services in intermodal transportation.
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SOLAR CUBE™ + Base Camp Solutions
Utilize your SOLAR CUBE™ for solar power generation to efficiently power your offices, fabrication space and basecamp operations with resiliency, modularity and scalability.
