Load and feasibility assessment
We establish system goals and review daytime and night-time demand, rather than relying on a single bill
Trust Energy Solutions
Solar system design and installation in Jordan
Solar design and installation for homes, villas, factories and commercial sites, based on energy use, available space and loads
CONNECTED ENERGY
From sunlight to everyday life
Generation, storage and everyday use, designed around your site and its needs
- Solar generation
- Manage & store
- Everyday use
A simplified system with battery storage; operation depends on design and equipment
Sunlight becomes energy to use and store
A system designed for your site
Successful solar installation begins with design. We review electricity bills and usage times, then assess panel orientation, shading, cabling routes and equipment locations. The proposal defines system capacity, inverter type, storage needs and installation scope, matching generation to your actual demand and allowing for site connection requirements and future expansion
Coordinated design and supply
Equipment is selected for system capacity, site conditions and operating requirements, and specified in the proposal
Installation, testing and handover
Complete the agreed work, verify operation and explain system use and monitoring at handover
Which system suits you?
Grid-connected solar
An on-grid solar system operates alongside the electricity grid and uses solar generation while the grid is available; grid connection alone does not provide outage backup
Hybrid solar and storage
A hybrid solar system combines PV generation and energy management with compatible battery storage; backup operation depends on the inverter, wiring and specified equipment
Off-grid systems
An off-grid solar system is designed independently of the grid, matching daily energy demand, battery storage and charging sources to the loads and variable solar generation
What goes into the engineering design?
We translate site and consumption data into coordinated equipment selection and system layout, with the assessment and drawings defined in the project scope
Site, loads and expected generation
Design starts with when energy is used and how the site behaves, rather than panel nameplate capacity alone
- Review electricity bills, daytime and night-time demand and essential loads
- Assess space, panel orientation, tilt, shading and maintenance access
- Match proposed capacity to energy demand and explain the assumptions behind generation and savings estimates
- Identify inverter and battery locations, cable routes and future expansion options
Electrical coordination and equipment selection
Components are reviewed as a coordinated system, considering operating limits, manufacturer guidance and site conditions
- Check PV string voltage and current against the inverter input limits and MPPT operating range
- Review DC and AC circuits, cable sizing, voltage drop, electrical protection and earthing
- Size battery storage using usable energy and required runtime, then check charge/discharge power and inverter compatibility
- Identify backup loads and the isolation and connection requirements of a hybrid system
Installation, commissioning and handover
Once the solution and supply scope are agreed, the project moves into installation and operational checks before handover
- Clarify the specified equipment, agreed drawings and panel and equipment layout before installation
- Install mounting structures, panels, cabling and electrical equipment to the agreed project design
- Complete the agreed commissioning checks and review inverter and monitoring settings
- Explain operation and generation monitoring, and hand over the agreed project documents and warranties
Solar solutions for your site
Explore installations by sector, then discuss the requirements of your own site
What do we need for your assessment?
- Electricity bills and your pattern of use throughout the year
- The location, available space and roof photos if available
- The appliances and loads you want to run during an outage
- Any existing system or expected increase in energy use
A practical solar planning guide
Questions to help you decide
Practical answers before you choose a system or service
How is the right system capacity determined?
Electricity bills, demand patterns, loads, available space and shading inform capacity and generation estimates; building floor area alone is not enough
Will the system supply power during a grid outage?
Not every solar system is configured for backup. Outage operation depends on system type, inverter, batteries, isolation equipment and the loads it is designed to supply
Can a fixed savings percentage be guaranteed?
Savings depend on generation, usage patterns, shading, tariffs and site conditions. Estimates belong in the assessment; the same result should not be assumed for every project
Turn your requirements into an installation plan
Share your electricity bills, site location, available space and the loads you want to support
Cost, generation and savings depend on energy use, site conditions and design; details are established in the assessment and proposal