We cover sustainable gases industry value supply chain
About Us
Empowering Sustainability: Innovative Energy Solutions for Today's World
Welcome to Captainwatt, we are system integrator in sustainable energy solutions. We specialize in on-site H2 generation, ensuring efficient production of hydrogen for various industrial applications. Our Energy as a Service (EAS) model empowers businesses to optimize energy consumption and costs. We provide cutting-edge gas storage solutions, including insulated tanks and cryogenic bottles, ensuring safe and reliable storage for industrial gases. Harnessing the power of solar energy, our systems facilitate electric energy storage and distribution, complemented by advanced Energy Management Systems (EMS) for seamless integration.
For energy resilience, our Battery Energy Storage Systems (BESS) offer scalable solutions for storing renewable energy. Additionally, we provide e-charger stations, both stationary and mobile, supported by software services (SAAS) for efficient management and control. Partner with us for innovative energy solutions driving sustainability and efficiency.
Our Services
On-site H2 Generation & EAS
Revolutionizing Energy: On-site H2 Generation and EAS Solutions for Sustainable Futures.
Gas storage Tank Insulated & bottles Cryogenic
Secure and Efficient Cryogenic Gas Storage: Insulated Tanks and Bottles for Industrial Applications.
Solar Energy & EMS - Energy management system
Harness solar energy with our cutting-edge Energy Management System (EMS) for efficient and sustainable energy utilization and management
BESS - Battery Energy storage system
Store renewable energy with our advanced Battery Energy Storage System, ensuring power resilience & sustainability for your operations.
E-charger stationery & mobile.+ Software support SAAS
We offer both stationary and mobile e-chargers, backed by comprehensive SAAS software support for seamless management and optimization
On-site H2 Generation + EAS
As the world moves toward carbon neutrality, hydrogen—a clean energy source with zero emissions—is seen as the energy source of the future, sustaining important businesses and serving as a vital conduit for the integration of renewable energy sources for utilities, electricity, and heat. Our containerized electrolyzer is intended to generate high-grade hydrogen, serve as the center of the green hydrogen economy, and aid in the development of the hydrogen technical ecosystem of the future.
Green transportation, green steel, and green ammonia/fertilizer will all benefit greatly from the development of green hydrogen.
GAS Storage Tank, Pressure Vessels & Bottles Cryogenic
Our advanced gas storage solutions include cryogenic tanks and bottles, ensuring safe and efficient storage of industrial gases. These cryogenic containers are designed to withstand extreme temperatures, providing reliable storage for various applications. Partner with us for cutting-edge gas storage technology that meets the highest standards of safety and performance.
GAS fired Engine GT
CaptainWatt specializes in clean energy generation solutions, including gas-fired engines (GT) & ” Trigeneration” CCHP. Our expertise in gas-fired engine technology allows us to deliver efficient and eco-friendly power generation solutions for a wide range of applications. We prioritize sustainability by integrating advanced emissions control systems and optimizing fuel efficiency, ensuring minimal environmental impact while maximizing energy output. Partner with CaptainWatt for reliable and sustainable gas-fired engine solutions that contribute to a cleaner and greener future.
Land lord ports dock side stand alone Green OPC solution
The green Onshore Power Supply (OPS) solution has been introduced specifically for landlords at the
dockside. Onshore power supply can significantly enhance local air quality and reduce noise pollution in
ports while also contributing to the fight against climate change. However, to date, the implementation
of OPS has mainly occurred in the maritime sector, catering to ships, refrigerated containers, tugs,
utilities, and electrified truck trailers. OPS is improving the availability of alternative green energy
through continuous stand-alone power generation.
Most conventional ports are not equipped to supply electricity to vessels from the shore, and similarly,
ships are usually not designed to receive power this way. Typically, the energy required for ships at
berth is generated by their auxiliary engines, which operate electric generators. These auxiliary engines
run on diesel or heavy oil, leading to the emission of toxic exhaust gases, as well as generating noise and
vibrations.
Green Port Village, Concept Not Just Plug ‘N’ Sail
Port-side solutions for green, stand-alone energy support for reefer containers can achieve low to net-zero emissions. Reefer containers contribute significantly to indirect greenhouse gas (GHG) emissions due to their electricity consumption; they are often connected to a power supply 24 hours a day, even while on land, or they are operated by diesel generators.
Implementing green gas generators and charging solutions at the dockside can significantly reduce CO2 emissions and lower overall ownership costs. These solutions also offer the flexibility to charge electric prime movers during off-road and on-road operations or parked.
E-charger stationery & mobile + Software support SAAS
Our comprehensive e-charger solutions include both stationary and mobile options, ensuring convenient electric vehicle charging infrastructure. Coupled with our Software as a Service (SAAS) support, we provide seamless management, monitoring, and optimization capabilities for your charging stations. Experience efficient and sustainable e-mobility solutions with our integrated offerings.
Our Contributions
Carbon Credits and Offsets
CaptainWatt can explore opportunities to monetize carbon credits and offsets through its renewable energy projects. By reducing carbon emissions through the deployment of clean energy technologies, the company can earn carbon credits, which can be sold on carbon markets or used to offset its emissions or those of other entities carbon footprint actions.
