SOLAR PANEL SYSTEM

Clean, Reliable Energy from the Sun by Integrated Power & Engineering

At Integrated Power & Engineering, we design, supply, and integrate high-performance Solar Power Systems engineered to deliver clean, reliable, and cost-effective energy for residential, commercial, industrial, and utility-scale applications.

Built with premium-grade solar modules, advanced inverters, and robust mounting structures, our solar systems are designed to perform efficiently under real operating conditions—maximizing energy yield, ensuring system safety, and delivering long-term reliability even in challenging climates.

Whether you’re installing a rooftop system for a commercial building, developing an industrial solar plant, powering remote facilities, or integrating renewable energy into the utility grid, our solar solutions are engineered to meet your project requirements with high efficiency, scalability, and dependable performance.

Product Overview

Clean, Reliable Energy from the Sun

A solar power system converts sunlight into usable electrical energy through photovoltaic (PV) modules, inverters, and balance-of-system components. When properly designed, it reduces grid dependency, lowers electricity costs, minimizes carbon emissions, and provides stable power for daily operations.

At Integrated Power & Engineering, every solar system is carefully engineered, supplied, and commissioned with a strong focus on performance, safety, and compliance—ensuring reliable energy generation throughout its service life.

Technical Specifications

System Capacity

  • From 1 kW to multi-MW solar installations
  • Custom system sizing available based on site conditions, load demand, and energy targets

System Type

  • On-Grid Solar Systems – Grid-connected with net metering
  • Off-Grid Solar Systems – Independent power with battery storage
  • Hybrid Solar Systems – Grid + battery backup for uninterrupted power

Solar Modules

  • Monocrystalline / Polycrystalline / Half-Cut Cell / Bifacial (project-based)
  • High-efficiency modules with low degradation rate

Inverter Options

  • String inverters / Central inverters / Hybrid inverters
  • High conversion efficiency with advanced protection features

Battery Storage (Optional)

  • Lithium-ion or deep-cycle lead-acid batteries
  • Sized according to backup duration and load requirement

Mounting Structure

  • Rooftop (RCC / metal sheet)
  • Ground-mounted
  • Carport and custom structures

Standards & Compliance

Our solar power systems are designed and installed in accordance with:

  • IEC standards
  • IS standards
  • Utility and net-metering authority requirements
  • Project-specific technical specifications

Key Features & Performance Benefits

  • High Energy Yield & System Stability
  • Our solar systems are designed for optimal orientation, tilt, and inverter selection—ensuring maximum energy generation and stable power output throughout the year.
  • Built for Long-Term Reliability
  • Every system is engineered with durability in mind:
  • High-quality PV modules with strong glass and frames
  • Weather-resistant mounting structures
  • Certified inverters with advanced protection
  • Proper earthing and surge protection
  • Ensures long service life with minimal maintenance.
  • Proven Across Multiple Sectors

Our solar solutions are successfully deployed in:

  • Commercial and residential buildings
  • Industrial and manufacturing facilities
  • Educational institutions and hospitals
  • Agricultural and irrigation projects
  • Telecom towers and remote installations
  • Utility-scale solar plants

Energy-Efficient & Cost-Effective

  • Solar power significantly reduces grid energy consumption, helping achieve:
  • Lower monthly electricity bills
  • Reduced peak demand charges
  • Long-term savings over the system lifetime

Every solar system can be customized for:

  • Available installation space
  • Load profile and energy consumption pattern
  • Grid-tie or backup requirement
  • Future expansion plans
  • Local utility and consultant specifications

We design each system to match your technical and financial goals.

Typical Applications

  • Residential rooftop solar systems
  • Commercial buildings and office complexes
  • Factories and industrial plants
  • Educational campuses and hospitals
  • Solar-powered water pumping and irrigation
  • Remote and off-grid power solutions
  • Utility-scale solar power projects

From small rooftop installations to large solar plants, our systems are built for reliable, sustainable, and efficient energy generation.

Why Choose Integrated Power & Engineering?

  • Wide system capacity range: 1 kW to multi-MW
  • Complete on-grid, off-grid, and hybrid solar solutions
  • High-efficiency solar modules and inverters
  • Custom engineering based on site, load, and utility rules
  • Compliance with IEC / IS and local utility standards
  • Local technical support for design, installation, and commissioning
  • Proven experience in commercial, industrial, and renewable projects

Integrated Power & Engineering—your trusted partner for dependable, efficient, and future-ready solar power systems.

How do I determine the right solar system size for my project? +
The system size is selected based on your electricity consumption, available installation area, grid connection, and backup requirement. We analyze your load profile and site conditions to recommend the most efficient and cost-effective capacity.
What is the difference between on-grid, off-grid, and hybrid solar systems? +
On-grid systems are connected to the utility grid and reduce electricity bills through net metering. Off-grid systems operate independently with battery storage. Hybrid systems combine grid connection with batteries to provide backup during power outages.
Can a solar power system work during grid outages? +
On-grid systems shut down during outages for safety. To get power during outages, a hybrid or off-grid system with battery storage is required. We design systems based on your backup and reliability needs.
How long does a solar power system last and what maintenance is required? +
Solar modules typically have a service life of 25 years or more. Maintenance is minimal and mainly includes periodic panel cleaning, basic inspections, and inverter health checks.
Do you provide installation, commissioning, and after-sales support in Bangladesh? +
Yes. Integrated Power & Engineering provides complete end-to-end support, including system design, supply, installation guidance, commissioning assistance, and reliable after-sales service within Bangladesh.