Reduce Grid Dependency
Generate part of your electricity directly at the point of use and reduce reliance on conventional grid consumption during solar production hours.
PLTS / SOLAR POWER
Solar Power Systems
Engineered Around
Your Energy Needs.
From homes and commercial buildings to industrial and agricultural facilities, DAMS designs PLTS systems around actual energy demand, site conditions, and operational priorities.
WHY PLTS
Turn available space
into useful energy.
Solar power becomes valuable when the system is aligned with how, when, and where energy is actually used.
Optimize Energy Cost
Match solar generation with the site's actual electricity consumption profile instead of sizing the system around assumptions.
Use Existing Space
Transform suitable rooftops or available areas into productive energy assets without changing the core function of the site.
Support Cleaner Operations
Integrate renewable energy into everyday residential, commercial, industrial, or agricultural operations.
SYSTEM OPTIONS
Find the right PLTS system.
Grid availability, energy consumption, backup requirements, and operating conditions determine which system architecture makes sense.
01
GRID CONNECTED
On-Grid
Solar generation works alongside the utility grid to support electricity consumption during operating hours.
BEST CONSIDERED FOR
Sites with reliable grid access and meaningful daytime electricity demand.
02
SOLAR + GRID + STORAGE
Hybrid
Solar, grid, and battery storage work together to provide greater flexibility in how energy is generated and used.
BEST CONSIDERED FOR
Sites where backup capability or energy storage is part of the operational requirement.
03
STANDALONE SYSTEM
Off-Grid
A standalone solar and battery system designed to supply electricity without depending on the utility grid.
BEST CONSIDERED FOR
Remote locations or sites where conventional grid access is unavailable.
HOW PLTS WORKS
See how each
PLTS system works.
On-grid, off-grid, and hybrid PLTS use different energy paths. Choose a system below to see a simplified operating flow.
GRID CONNECTIONUtility Grid
The grid can supply additional electricity when solar generation is below site demand. Final export/import behavior depends on the approved system and applicable requirements.
STORAGE PATHBattery Storage
Battery charging and discharging are coordinated to answer a defined backup or energy-management requirement.
GRID PATHUtility Grid
The grid remains available as an additional source according to the designed operating mode and applicable requirements.
Simplified functional diagrams for understanding only. Final topology, protection, metering, storage configuration, and control logic depend on site conditions and the approved engineering design.
SITE EVALUATION
Is PLTS right
for your site?
A good solar system starts with the site — not the number of panels. Before defining capacity, we look at practical operating and engineering conditions.
Discuss Your Site
01 / 05
Electricity Usage
How much electricity is consumed, and when does the highest demand occur? Understanding the load profile helps determine how solar generation can align with actual use.
OUR APPROACH
Engineering
before equipment.
A reliable PLTS system starts with understanding the energy requirement, site condition, and electrical environment before equipment is selected.
Energy Analysis
Understand electricity consumption and operating patterns.
Site Assessment
Evaluate physical, solar, structural, and electrical conditions.
System Engineering
Define system architecture, capacity, integration, and protection.
Equipment Selection
Select components based on the engineered requirement.
Installation
Execute installation according to the approved technical design.
Commissioning
Test and verify that the system operates as intended.
APPLICATIONS
Solar engineered
for different environments.
Energy requirements change from one application to another. System design should too.
01 · APPLICATIONResidentialSolar systems designed around household electricity use and available installation space.Explore Residential Solar →
02 · APPLICATIONCommercialSolutions for offices, retail, hospitality, and other commercial facilities.Explore Commercial Solar →
03 · APPLICATIONIndustrialEngineered for facilities with larger electrical loads and demanding operational requirements.Explore Industrial Solar →
04 · APPLICATIONAgriculturalSolar applications supporting farms, processing facilities, and agricultural operations.Explore Agriculture Solar →
PLTS CALCULATOR
Estimate an initial
PLTS capacity.
Use your monthly electricity consumption and target solar contribution to get an indicative PV capacity and monthly solar generation range before a detailed site assessment.
INITIAL ESTIMATE
Enter your monthly energy use.
The calculator will estimate indicative PLTS capacity from energy consumption, target solar contribution, and the selected PV-output scenario.
Indicative PV Capacity
—
kWp
Estimated Solar Generation
—
kWh/month
Targeted Energy Share
—
of monthly consumption
—
Final capacity should be verified against load profile, roof/ground layout, structural condition, shading, electrical integration, equipment selection, applicable requirements, and detailed engineering.
FROM REQUIREMENT TO OPERATION
A clear path from
assessment to operation.
Every project moves through a structured engineering sequence so decisions, installation, testing, and handover remain connected.
Consultation
Understand the objective, project context, operating priorities, and initial energy requirement.
Energy Assessment
Review electricity demand, consumption information, and operating patterns before capacity is discussed.
Site Assessment
Evaluate installation area, access, environmental, structural, solar, and electrical conditions.
Engineering & Design
Develop system architecture, capacity, layout, protection, integration, and technical configuration.
Procurement & Installation
Prepare approved components and execute installation according to the engineered design and project plan.
Testing & Commissioning
Verify system operation, protection, integration, and key functions before handover.
Monitoring & Support
Maintain visibility over system operation and support long-term maintainability after handover.
WHY DAMS
Built around
engineering decisions.
The system should fit the requirement — not the other way around.
Engineering-Led
System decisions begin with technical requirements, not a predefined equipment package.
Application-Specific
Every site has a different load profile, physical environment, and operational priority.
Integrated Execution
Assessment, engineering, installation, and commissioning are treated as one connected process.
Long-Term Thinking
Design decisions consider reliability, accessibility, maintainability, and operation beyond installation day.
BEFORE INSTALLING PLTS
What you need to know
before making a system decision.
Your electricity profile matters.
Total consumption alone does not tell the whole story. When electricity is consumed can be just as important.
Available space is only one factor.
Roof area, orientation, shading, structure, access, and electrical conditions also influence system planning.
Bigger is not automatically better.
PLTS capacity should be aligned with the intended energy strategy and actual site requirement.
Grid integration requires planning.
Grid-connected systems need to consider the site's electrical conditions and applicable requirements.
Not every PLTS system needs a battery.
Battery storage should answer a specific operational requirement rather than simply being added by default.
LATEST INSIGHTS
Read the latest
energy insights.
The three newest published articles are loaded automatically from the DAMS WordPress blog.
PLTS FAQ
Questions before
going solar?
Practical answers to common questions about PLTS system types, requirements, and project planning.
01What is the difference between on-grid, hybrid, and off-grid PLTS?
On-grid systems work alongside the utility grid. Hybrid systems combine solar, the grid, and energy storage where required. Off-grid systems operate independently using solar generation and battery storage.
02Does every PLTS system need a battery?
No. Battery requirements depend on system architecture, energy usage, backup needs, and operating priorities.
03How do I know what PLTS capacity I need?
Capacity should be determined from actual electricity consumption, usage patterns, available installation area, electrical conditions, and the objective of the project.
04Can PLTS generate electricity on cloudy days?
Solar modules can continue generating electricity under lower sunlight conditions, although generation will typically be lower than during strong solar irradiation.
05Can PLTS be installed on any roof?
Not automatically. Roof condition, usable area, orientation, shading, structure, access, and other installation factors should first be evaluated.
06Can DAMS provide PLTS for businesses and industrial facilities?
Yes. PLTS can be engineered for residential, commercial, industrial, and agricultural applications depending on the site's technical and operational requirements.
07What happens after I contact DAMS?
We begin by understanding the energy requirement, project objective, and site conditions before determining whether the next step should be technical discussion, assessment, or engineering development.