An energy bill that weighs heavily
Air conditioning, refrigeration and lighting consume mostly during the day, exactly when the sun produces.
Our answer
Self-consumption: the energy produced is used directly on site.
- Home
- Expertise
- Power & energy
- Solar energy
Solar energy
Produce part of your energy on site.
- PVGeneration on your roof
- HybridSolar, batteries and grid
- Follow-upOutput visible remotely
The challenges
What is at stake
Photovoltaic installations for self-consumption or hybrid backup: yield study, sizing, installation, connection and production monitoring.
An exceptional solar resource
Algeria enjoys one of the best levels of sunshine in the world, still little used by buildings.
Our answer
A precise yield study based on your site, orientation and shading.
Outages to ride through
Without storage, a solar installation stops at the same time as the grid.
Our answer
Hybrid inverters and batteries to back up essential uses.
A long-lasting installation
Heat, wind and dust put panels and structures to the test for decades.
Our answer
Certified equipment, engineered structures, protection and output monitoring.
Architecture
An architecture designed in layers
The panels produce direct current, the inverter converts it for your equipment, the battery stores the surplus and the grid tops up if needed.
Every installation is delivered tested, labelled and documented, for simple operation and maintenance.
- Layer 01
PV array
Panels oriented and tilted for the best output, on the roof or on the ground.
- Layer 02
DC protection
Combiner boxes, disconnectors and surge arresters between panels and inverters.
- Layer 03
Solar and hybrid inverters
Conversion, battery control and priority management.
- Layer 04
Storage
Batteries to shift generation and back up essential uses.
- Layer 05
Output supervision
Generation, consumption and alarms visible on computer and mobile.
Services
Our services
Yield and profitability study
Output estimated month by month, savings and payback period.
Panels and mounting structures
Structures engineered for wind and suited to your roof or the ground.
Solar and hybrid inverters
Grid inverters for self-consumption, hybrid inverters for backup.
Battery storage
Capacity sized for your night-time or backup needs.
Connection and protection
DC and AC protection, earthing, connection to the switchboard.
Production monitoring
Output and alarms viewable remotely, performance report.
Technologies we master
PhotovoltaicsHybrid invertersStorageRemote monitoring
Method
Our method, step by step
- 1
Site study
Available area, orientation, shading and consumption.
- 2
Yield & payback
Estimated output, savings and return on investment.
- 3
Installation
Structures, panels, inverters, batteries and protection.
- 4
Commissioning
Measurements, configuration and output checks.
- 5
Follow-up
Remote monitoring, cleaning and maintenance.
Standards
Compliance with standards
- IEC 61215 · IEC 61730Module qualification and safety
- IEC 62109PV inverter safety
- IEC 62446-1PV system testing and documentation
- IEC 60364-7-712Photovoltaic installations
Deliverables
What we hand over to you
- Yield study
- Panel layout drawing
- DC and AC electrical diagrams
- Commissioning report
- Access to output monitoring
Sectors
Where we have deployed it
Maintenance & 24/7 support
This system can be covered by a preventive and corrective maintenance contract, with priority response on critical sites.
See the plansDoes solar work during a power cut?
With a hybrid inverter and batteries, yes: essential uses stay powered. Without storage, the installation shuts down for safety.
How much space is needed?
Allow roughly 5 to 6 m² per kilowatt-peak installed, depending on the panels and the layout.
Do the panels need maintenance?
Very little: regular cleaning, especially in dusty areas, and checks of the protection and connections.
Let’s talk about your site
A project, an installation to take over or to maintain?
Our engineers study your needs and reply within 48 business hours with initial technical and budget guidance.