Bangladesh is changing its energy sector rapidly due to high power demand, urban development, and a national focus on renewable energy. Iconic Engineering Ltd, a new solution, provides about hybrid energy system that combines solar, wind, and electric vehicle (EV) charging technologies. The purpose of this complete energy solution is to improve power generation, reduce dependence on fossil fuels, and encourage the development of power mobility across the country.
Hybrid energy systems combine renewable energy sources, battery storage, and smart grid technology to ensure a consistent, smooth, and efficient energy supply. Applications in urban, industrial, and rural settings where energy reliability and sustainability are critical make this technology especially relevant.
What is a Hybrid Energy System?
A hybrid energy system merges various power generation sources, such as wind turbines, solar photovoltaic (PV) panels, and supplemental grid or inverter power, into a cohesive energy supply network. By integrating advanced control systems alongside battery storage technologies, it can effectively manage the balance between supply and demand. The incorporation of electric vehicle (EV) charging stations into our system allows for intelligent charging powered by a renewable energy system. Hybrid systems provide energy reliability, guarantee a steady supply, and promote better use of available renewable resources.
How Hybrid Energy Systems Work
Several power sources are included in the hybrid energy system:
- Solar PV: Uses ground-mounted or rooftop panels to collect sunlight and transform it into electrical power, such as a monocrystalline panel
- Wind Turbines: Produce power by harnessing wind energy through vertical or horizontal axis turbines.
- Battery Storage: Extra energy is held and produced during periods of high output for later use.
- Backup Power or grid connection: Provides additional power when renewable energy sources aren’t enough.
- EV Charging Station: This device efficiently and carefully charges electric cars using the energy from the hybrid system.
To ensure that power is provided effectively to meet demand, store excess energy, and give priority to renewable sources for EV charging, a central Energy Management System (EMS) continuously monitors and optimizes energy flows.
Key Features of ICONIC Engineering Ltd.’s Hybrid Energy System
- Multi-Source Integration: This system uses solar, wind, and backup energy along with a smart load balancing System.
- EV Charging Integration: This lets you charge electric vehicles with clean energy, which makes transportation more environmentally friendly.
- Advanced Energy Management: Smart control systems make sure everything runs as efficiently as possible, which lowers energy costs and carbon emissions.
- Battery Storage Solutions: Keeps energy reliable even when it’s cloudy, windy, or the power goes out.
- Remote Monitoring & Analytics: Let’s you see how well things are working in real time and get alerts for maintenance that needs to be done.
- Modular Design: Can be easily changed to fit homes, businesses, or factories.
Key Components of the System
Solar PV Modules:
- High-efficiency monocrystalline or polycrystalline panels
- Designed with weatherproof frames and anti-reflective coating
- Located on rooftops or open fields
Wind Turbines:
- Horizontal axis for rural setups; vertical axis for urban areas
- Low cut-in wind speed (2-3 m/s), perfect for Bangladesh’s wind zones
EV Charging Station:
- AC and DC charging options
- Smart scheduling, load balancing, and payment integration
- Compatible with international EV brands
Inverters & Controllers:
- Hybrid inverters manage inputs from solar, wind, batteries, and the grid
- Maximum Power Point Tracking (MPPT) for optimal output
Battery Storage
- Advanced lead-acid or lithium-ion battery banks
- Depth of discharge (DoD): up to 90%
- Intelligent Battery Management
Installation Process
ICONIC Engineering Ltd. follows a streamlined installation process to ensure efficient system performance and customer satisfaction:
Site Evaluation:
- Analysis of solar insolation, wind potential, and energy demand
- Verification of structural and electrical viability
System Design:
- Tailored hybrid architecture according to customer requirements
- Planning the layout and choosing the components
Procurement and Logistics:
- Purchasing approved parts from international producers
- Coordinating imports and quality assurance
Installation:
- Solar panel and wind turbine mounting
- Battery, inverter, and electrical wiring
- Installation of EV charging stations
System Testing & Commissioning:
- Complete performance testing
- EMS configuration and grid synchronization
Documentation & Training:
- Training for users on system safety and operation
- Transfer of system reports, manuals, and certifications
After-Sales Support:
- Scheduled maintenance
- Real-time performance monitoring
- Spare parts and upgrades
Applications of Hybrid Energy Systems in Bangladesh
Residential Homes:
- Guarantee a continuous power supply in areas experiencing load-shedding.
- Integration of EV charging for personal vehicles.
Commercial Complexes:
- Facilities such as offices, shopping malls, and hospitals require power around the clock.
- Lowers operational expenses and improves green building certifications.
Industrial Facilities:
- Factories and warehouses with high power demands.
- Adoption of clean energy enhances ESG ratings.
Remote Areas & Islands:
- Implementation of hybrid mini-grids for off-grid communities.
- A combination of solar and wind energy ensures power availability in varying weather conditions.
Public EV Charging Stations:
- Located at airports, bus terminals, and train stations.
- Encourages the adoption of electric vehicles and helps in reducing emissions.
Technical Specifications
- Solar Panel Efficiency: 18–22%
- Wind Turbine Output: 1kW–50kW (custom scalable)
- Battery Storage Capacity: 5 kWh–200 kWh
- System Voltage: 48V / 120V / 400V (depending on scale)
- Charge Controller: MPPT with 99% tracking accuracy
- Inverter Efficiency: ≥ 95%
- Environmental Rating: IP65 or higher
- EV Charger Power Output:
- AC: 3.3kW–22kW
- DC Fast: 30kW–150kW
Compliance with National and International Standards
- International Standards:
- IEC 61215: Solar module performance
- IEC 61400: Wind turbine safety
- IEC 62109: Inverter safety
- ISO 9001: Quality management
- IEC 61851: EV charging systems
- Bangladesh Standards:
- SREDA Solar Guidelines
- Bangladesh National Building Code (BNBC)
- Bangladesh Road Transport Authority (BRTA) EV Charging Policy (future)
Benefits of ICONIC Engineering Ltd.’s Hybrid Energy System
- Reduced carbon emissions encourage eco-friendly living.
- Cost savings include lower electricity bills and operating expenses, and energy independence lessens dependency on the national grid.
- High System Uptime: Integrates several sources to ensure a steady supply
- Future-Proof Infrastructure: Facilitates EV and smart grid preparedness
Future Scope in Bangladesh
- Urban Integration: High-rise rooftop solar and electric vehicle chargers
- Smart Cities: Green buildings and transportation hubs powered by renewable energy
- Support for National EV Policy: Encouraging public charging stations that run on hybrid power
- Industrial Decarbonization: Manufacturers utilizing hybrid systems to generate clean process energy
What Makes ICONIC Engineering Ltd. the Best Option?
- Many years of experience with renewable energy.
- In-house teams for design, installation, and maintenance;
- Access to international brands and certified technologies;
Conclusion
The foundation of Bangladesh’s transition to electric mobility and sustainable energy is hybrid energy systems. By providing complete hybrid solutions that integrate solar, wind, and EV charging technologies, ICONIC Engineering Ltd. is spearheading this shift. Our comprehensive design, installation, training, and support services guarantee a seamless, economical, and future-ready transition to renewable energy.
Integrating a hybrid energy system is the first step toward cleaner energy, cheaper costs, and a greener Bangladesh, regardless of whether you are a business or, public sector organization.
