Renewable Energy Infrastructure Solutions
Integrated solutions for hydrogen infrastructure, Solar power plants, Energy storage systems, and EV charging infrastructure.
Hydrogen Infrastructure
XAMANO Energy develops and builds integrated hydrogen infrastructure solutions, covering:
- containerized hydrogen production systems and large-scale hydrogen production plants;
- green hydrogen-to-ammonia projects;
- hydrogen refueling stations;
- small laboratory hydrogen generation equipment.
Leveraging the manufacturing capabilities of our partner factories in China, we can produce and supply core electrolyzer components with reliable quality control, long lifecycle performance, and efficient maintenance support. Based on water electrolysis technology and project delivery experience, we support customers from equipment selection and system integration to project construction, commissioning, and long-term operation.
Hydrogen Application Sectors
New Energy and Green Ammonia Sector
Hydrogen plays a key role in renewable energy integration by converting solar and wind power into green hydrogen through water electrolysis. Green hydrogen can be stored, transported, used for grid balancing, or further converted into green ammonia for fertilizer production, industrial feedstock, marine fuel, and international clean energy trade.
Electronics and Advanced Manufacturing Sector
Water electrolysis hydrogen production systems are widely used in semiconductor, LED, artificial sapphire, photovoltaic chip, and other advanced manufacturing industries. They provide high-purity hydrogen and oxygen for stable, clean, and precise production processes.
Steel, Glass and Non-Ferrous Metals Sectors
Hydrogen has long been used in steel, glass, and non-ferrous metal production. It supports heat treatment, protective atmospheres, reduction processes, and other industrial applications that require stable hydrogen supply and reliable system operation.
Thermal and Power Generation Sector
Hydrogen is widely used in thermal and power generation applications because of its high thermal conductivity. Hydrogen-cooled generator units and related hydrogen production systems are important equipment in large power plants, industrial energy systems, and low-carbon power generation upgrades.
Solar Power Plants
XAMANO Energy develops and builds solar power plant projects tailored to Brazil’s renewable energy landscape, including:
- agrivoltaic systems that combine solar generation with sustainable agriculture;
- solar-plus-EV-charging stations for transportation and commercial sites;
- customized smart campus energy solutions for schools, universities, and research institutions.
Leveraging China’s mature photovoltaic supply chain and local innovation and research partnerships, we support reliable equipment sourcing, cost control, quality assurance, lifecycle performance, and long-term operation.
Solar Power Application Sectors
Utility-Scale Solar Power Plants
Large-scale solar farms can provide clean and stable renewable electricity for grids, industrial parks, and regional energy transition projects. XAMANO Energy supports project development, equipment integration, construction coordination, and long-term operation.
Agrivoltaic Projects
Agrivoltaic systems combine solar power generation with agricultural land use, creating additional income for farms while improving land efficiency. These projects are especially suitable for Brazil’s agricultural regions and sustainable rural development.
Solar-Plus-Charging Stations
Solar power can be integrated with EV charging infrastructure to reduce grid dependency and provide cleaner electricity for electric mobility. This model is suitable for campuses, commercial sites, parking areas, highway service stations, and urban charging networks.
Smart Campus and Institutional Energy Systems
For universities, schools, research institutes, hospitals, and public facilities, solar power can be combined with energy storage, EV charging, and smart energy management to build low-carbon demonstration campuses and resilient energy systems.
Energy Storage Systems
XAMANO Energy develops and builds battery energy storage and hydrogen fuel cell system projects for renewable energy integration, industrial energy management, grid support, smart campuses, and distributed energy applications. Our solutions can be integrated with solar power plants, EV charging stations, industrial parks, and microgrid projects to improve energy efficiency, reduce peak electricity costs, enhance power reliability, and support low-carbon operations.
Leveraging China’s mature supply chain for batteries, PCS, BMS, EMS, containerized energy storage systems, and hydrogen fuel cells, we support project development, equipment integration, construction coordination, system commissioning, lifecycle maintenance, and long-term operation.
Energy Storage & Fuel Cell Application Sectors
Solar-Plus-Storage Projects
Battery energy storage systems can be integrated with solar power plants to store renewable electricity, smooth power output, reduce curtailment, and improve the stability of clean energy projects.
Industrial Energy Management
For factories, industrial parks, and commercial facilities, energy storage systems help reduce peak electricity demand, optimize energy costs, improve power quality, and support low-carbon operations.
Microgrids and Smart Campuses
Energy storage can be combined with solar power, EV charging, and smart energy management systems to build microgrids for universities, research institutes, hospitals, public facilities, and industrial parks.
Fuel Cell Backup Power and Energy Resilience
Hydrogen fuel cells can work together with battery storage systems to provide clean backup power, long-duration energy support, and resilient power supply for critical facilities, data centers, campuses, and remote sites.
EV Charging Infrastructure
XAMANO Energy develops and builds EV charging infrastructure solutions for a wild range of scenarios. Our charging portfolio covers portable and wall-mounted AC chargers from 3.5kW to 22kW, and high-power dual-gun DC charging systems from 30kW to 480kW.
We also provide customized charging station investment based on below scenerio:
- Shopping centers and commercial parking lots
- Highway rest areas
- Mines, industrial sites, and logistics parks
- Heavy-duty electric truck and concrete mixer fleets
- Universities and research institutions
EV Charging Infrastructure Sectors
Campus and Public Facility Charging
EV charging stations can be deployed in universities, schools, research institutes, hospitals, government facilities, and public parking areas to support clean transportation and low-carbon campus operations.
Commercial and Urban Charging Networks
Charging infrastructure can serve shopping centers, office buildings, residential communities, hotels, parking lots, and urban mobility hubs, helping property owners and operators build convenient EV charging services.
Highway, Gas Station and Service Area Charging
DC fast charging and high-power charging systems can be installed in highway service areas, gas stations, roadside stations, and intercity transport corridors to support long-distance electric mobility.
Fleet, Industrial and Heavy-Duty Vehicle Charging
High-power dual-gun DC charging systems can support logistics fleets, buses, mining vehicles, industrial parks, ports, and heavy-duty electric trucks that require fast, reliable, and scalable charging infrastructure.