Door Energy Limited

Case: A mobile field-energy unit for battery charging racks used in large-scale agricultural drone operations. Challenge: Remote fields may lack stable high-power electricity. When several spraying drones operate together, battery transport and charging can interrupt the spraying cycle. Solution: Deploy the Door Energy MCP-A in a field service area and use the correct industrial power interface to supply manufacturer-approved multi-bay battery charging racks. Key Features: Field energy supply: Reduce battery transport to a distant fixed power source. Multi-bay support: Configure output for the number and power of simultaneous chargers. Mobile deployment: Move the trailer as spraying shifts between fields. Safe compatibility: Use approved chargers; never connect an EV plug directly to a drone battery. Duty-cycle planning: Match storage to battery count, rotation time and daily spraying hours. Impact: Create a steadier battery-rotation cycle near the field, reduce drone waiting time and support longer operating windows in remote areas.

Case: A mobile charging unit for roadside assistance to stranded electric vehicles. Challenge: A depleted EV may be far from a fixed charging station. Conventional towing can be time-consuming and expensive when the vehicle only needs enough energy to reach a safe destination. Solution: Send a Door Energy trailer-mounted or vehicle-mounted system to the vehicle, then provide a controlled amount of energy so it can reach a safe location or fixed charging station. Key Features: Rapid response: Bring charging capability directly to the vehicle location. Flexible configuration: Choose a trailer or vehicle-mounted platform for the service model. Connector compatibility: Configure CCS1 or CCS2 for the target vehicle mix. Safe deployment: Use warning lights, cones and a defined roadside procedure. Energy planning: Plan for safe onward range rather than a routine full charge. Impact: Give recovery operators another response option when towing is unnecessary, helping stranded vehicles resume their journey sooner after a controlled energy transfer.

Case:  An MCP-D autonomous mobile charging unit for flexible charging across parking bays. Challenge: Installing high-power electrical infrastructure at every bay is expensive, while charging demand shifts between areas and time periods. Solution: Deploy the Door Energy MCP-D with 105kWh energy storage and up to 100kW output. The unit moves within the facility and delivers energy to parked vehicles instead of reserving every charging service for a fixed charger. Key Features: Autonomous movement: Designed to navigate constrained parking environments. Task scheduling: Move between bays according to charging requests. Charging output: Provide up to 100kW charging output. Energy storage: 105kWh reduces dependence on a fixed high-power feed at every bay. Facility fit: Assess ramps, turns, pedestrian routes and the return-to-charge point. Impact: Use limited electrical capacity and parking space more effectively, especially where a large-scale distribution upgrade is difficult or demand changes throughout the day.

Case: A mobile energy storage and charging unit for electric airport ground support equipment. Challenge: Electric baggage tractors, belt loaders and other GSE work in short, concentrated turnaround windows. Fixed chargers may be far from the active stand or temporarily unavailable. Solution: Position the Door Energy MCP-E in an approved GSE service area. Its 420kWh energy storage and multiple outputs can support compatible electric GSE according to the turnaround schedule. Key Features: Large energy reserve: 420kWh supports concentrated operating windows. Multi-equipment support: Allocate energy across compatible GSE according to priority. Mobile deployment: Reposition the unit as stands and service areas change. Dynamic power allocation: Schedule charging around vehicle priority and turnaround time. Operational safety: Keep charging separate from aircraft movement and baggage routes. Impact: Add flexible charging capacity during phased electrification, seasonal peaks, stand changes or fixed-charger maintenance, while keeping GSE closer to the operating area.

Case: A mobile energy storage and charging unit for electric port and terminal equipment. Challenge: Charging demand for terminal tractors and service vehicles changes with vessel calls, yard activity and vehicle routes, so fixed chargers cannot cover every operating zone efficiently. Solution: Use the Door Energy MCP-E as a movable 420kWh energy buffer near current demand. Charging can be scheduled by departure time, state of charge and operational role. Key Features: Large energy reserve: 420kWh supports high-demand operating periods. Multi-vehicle charging: Schedule charging for several compatible vehicles. Flexible relocation: Move between terminal zones as operations change. Environmental adaptation: Specify corrosion protection and maintenance for coastal use. Protected deployment: Position outside traffic lanes with suitable impact protection. Impact: Support phased charging-infrastructure construction and provide supplemental capacity during temporary peaks or fixed-station outages.

Case: A mobile battery energy storage and charging unit for electric construction machinery. Challenge: Work zones change as a project progresses, so fixed chargers cannot always reach active equipment. Site power may also be insufficient for several machines charging at the same time. Solution: Deploy the Door Energy MCP-A near excavators, loaders and site vehicles. The trailer combines 210kWh energy storage with up to 180kW DC output and can be relocated as the project moves. Key Features: High-power charging: Up to 180kW from one connector, or two 90kW outputs. Energy storage: 210kWh provides an energy buffer where grid capacity is limited. Connector options: CCS1 or CCS2 can be configured for the target fleet. Mobile deployment: The trailer can move between work zones and project phases. Site suitability: Designed for temporary sites and dispersed equipment locations. Impact: Reduce travel to distant chargers, keep equipment closer to the work area and support phased electrification without installing a permanent charger at every location.

  Case: Mobile Light Tower with Energy Storage and Charger Function (PV Version) for Outdoor Activities Overview: To enhance the experience and safety of outdoor events, we introduced a Mobile Light Tower with Energy Storage and Charger Function, powered by a solar photovoltaic (PV) system. Designed for various outdoor activities such as camping, construction sites, and emergency events, this innovative solution provides reliable lighting, energy storage, and device charging capabilities, all in one portable unit. Key Features: Solar-Powered Sustainability: The integrated photovoltaic (PV) system harnesses solar energy to power the light tower and charge devices, making it an eco-friendly and cost-effective solution for outdoor environments. It reduces the need for conventional fuel-powered generators, minimizing carbon emissions and operational costs. Energy Storage and Charging Function: The mobile light tower is equipped with an energy storage system that stores excess solar energy for use during low sunlight periods. In addition to lighting, it features multiple USB and AC outlets, allowing users to charge electronic devices such as phones, laptops, and radios, ensuring continuous power availability for outdoor activities. Portable and Versatile: Designed for easy transport and setup, the mobile light tower is compact and lightweight, making it ideal for use in remote or off-grid locations. It can be quickly deployed for a variety of outdoor activities, from construction sites to festivals, providing reliable lighting and power wherever it's needed. Benefits for Outdoor Activities: Enhanced Safety: The powerful LED lighting ensures that outdoor events, construction sites, or emergency areas are well-lit, improving safety and visibility during nighttime activities. Continuous Power Supply: The charging function allows outdoor enthusiasts or workers to stay connected and powered up, even in remote areas, with no reliance on traditional power sources. Eco-Friendly: The use of solar power minimizes environmental impact, making it a sustainable alternative to fuel-based generators. Conclusion: The Mobile Light Tower with Energy Storage and Charger Function (PV Version) is the ultimate solution for lighting and power needs during outdoor activities. Combining solar energy, portable design, and multi-functional capabilities, it provides a reliable, eco-friendly, and convenient power source for a wide range of outdoor applications. Whether for work or leisure, this mobile unit ensures you stay powered and illuminated wherever you go.

  Case Study: 4-Gun Mobile Electric Vehicle Charging Station for Fleet Operations Overview: In response to the growing demand for efficient and flexible EV charging solutions, we deployed a 4-Gun Mobile Electric Vehicle Charging Station specifically designed for fleet operations. This innovative solution enables seamless, high-power charging for multiple electric vehicles (EVs) in various locations, ensuring that fleet operators can maintain optimal vehicle uptime and performance. Key Features: Mobile Flexibility: The 4-Gun Mobile Charging Station is designed for easy relocation, making it perfect for fleet operations that require flexible charging solutions at different sites. Whether on-site at a corporate fleet hub or in transit between locations, the mobile station can be quickly deployed wherever it's needed. Multi-Vehicle Charging: Equipped with four charging guns, this station can charge up to four vehicles simultaneously. This feature is particularly advantageous for large fleets, reducing waiting times and optimizing operational efficiency. High-Power Charging Capability: The station supports high-power DC fast charging, providing fast and reliable charging even for larger commercial EVs. This ensures that fleet vehicles are ready for use again in the shortest time possible, boosting overall productivity. Benefits for Fleet Operations: Minimized Downtime: With multiple charging ports and fast charging technology, vehicles spend less time charging and more time on the road. Cost Efficiency: Fleet operators can save on the infrastructure costs of installing multiple fixed charging stations, as the mobile unit can be shared across various locations. Scalable Solution: As fleets grow, the charging station can easily be expanded or relocated to meet increasing demand. Conclusion: The 4-Gun Mobile Electric Vehicle Charging Station offers a highly flexible, efficient, and cost-effective solution for fleet operators, providing the power and flexibility needed to keep electric vehicle fleets fully charged and operational across multiple locations.

  Case: How a Mobile Light Tower Transformed Efficiency on a Busy Movie Set Challenge: A film production company was facing significant challenges in ensuring adequate and versatile lighting for their latest movie project. With various scenes requiring different lighting setups and equipment needing constant power, the production team was struggling to maintain efficiency and meet tight deadlines. Solution: To address these challenges, the production company decided to adopt a mobile light tower as their primary lighting and power solution. This innovative piece of equipment featured adjustable LED lights that could be easily configured to suit a wide range of scenes, from intimate dialogues to grand action sequences. Additionally, the light tower was equipped with multiple charging ports, providing a centralized and reliable power source for all electronic devices on set. Key Benefits: Versatile Lighting: The adjustable LED lights allowed the production team to quickly and easily adapt the lighting setup to suit any scene. This eliminated the need for multiple lighting units and reduced setup time significantly. Efficient Charging: The multiple charging ports in the light tower meant that all electronic devices, from cameras to handheld recorders, could be charged in one convenient location. This minimized downtime and ensured that all equipment was always ready for use. Portability: The mobile light tower was designed for easy transportation and setup. Its compact size and lightweight design meant that it could be moved around the set with minimal effort, allowing the production team to stay flexible and adapt to any changes in the shooting schedule. Reliability: Built with high-quality materials and advanced technology, the mobile light tower provided consistent and reliable performance throughout the entire production. This minimized technical issues and allowed the team to focus on creating high-quality content. Result: The adoption of the mobile light tower had a transformative impact on the production company's efficiency. With versatile lighting, efficient charging, and easy portability, the team was able to streamline their operations, reduce downtime, and ultimately boost overall efficiency on set. The result was a smoother production process, higher-quality content, and a more satisfied crew.