Solar systems · Costa Blanca
Solar designed around the way you use energy.
Residential and commercial solar systems, battery storage and EV charging designed as one practical energy system.
Residential solar
Villas, houses and renovated properties.
Commercial solar
Offices, retail, hospitality and light commercial sites.
Battery storage
Sized around when the property actually uses energy.
EV charging
Planned together with the electrical capacity that supports it.
Solutions
One energy system. Built around your property.
01 — Residential
Residential Solar
Systems for villas, houses and townhouses, sized around the roof you have and the way the household actually uses electricity.
03 — Storage
Battery Storage
Storage that holds daytime generation for the hours the property is actually drawing power, integrated with the inverter and monitoring.
02 — Commercial
Commercial Solar
Systems designed from the load profile of the business: opening hours, daytime demand, roof availability and room to expand.
04 — Charging
EV Charging
Charge points planned alongside the rest of the installation, so available capacity is shared rather than fought over.
Approach
Start with the building. Then design the system.
A solar installation should fit the roof, the electrical setup and the way energy is actually used.
Solara Energy approaches each project as a complete system. Generation, storage, charging and future expansion are considered together before equipment is selected.
01
The building first
Roof surface, orientation, shading, structure and the route from the array to the consumer unit decide what is realistic.
02
Then the usage
When power is drawn matters more than how much is drawn in a year. The daily shape of consumption sets the sizing.
03
Equipment last
Panels, inverter and battery are selected once the design is settled, not the other way around.
Two starting points
Homes and businesses ask different questions of a solar system.
Residential
For villas, houses and residential properties.
Household demand peaks in the evening, while generation peaks at midday. Most residential design work is about closing that gap sensibly.
- Roof orientation, pitch and shading survey
- System sizing around real household use
- Battery-ready electrical design
- EV charging planned into the same system
Commercial
For businesses, hospitality, offices and light commercial sites.
Commercial demand usually sits in the same hours as generation, which changes what the system has to do and how it is sized.
- Load profile and operating hours review
- Roof availability and structural constraints
- Phased installation around trading hours
- Capacity left for later expansion
How we work
Four stages, in the order they belong.
01
Assess
We review the property, roof, electrical setup and current energy use.
02
Design
The system is sized around realistic use, available space and future needs.
03
Install
Installation is planned around the property with clear technical documentation.
04
Monitor
The finished system is set up for practical day-to-day monitoring.
Battery storage
Use more of the energy you generate.
Solar generates during the day. Many properties draw most of their power in the evening. A battery holds part of that daytime generation so it can be used later, instead of being exported the moment it is produced.
- Raises the share of generation used on site
- Shifts stored energy to the hours the property is occupied
- Can be added later when the electrical design allows for it
- Backup behaviour depends on the equipment and the installation
Selected projects
Two demonstration projects, documented the way a real case would be.
Altea · Residential retrofit
Villa Solar + Battery System
Rooftop solar, a battery-ready electrical design, storage and monitoring for an existing villa.
Benidorm · Commercial property
Commercial Rooftop Solar
Rooftop solar sized on the daytime load profile, with monitoring and preparation for EV charging.
Technical clarity
What you should expect from the people installing it.
System design
A design you can read
A single-line diagram, the panel layout on the roof, the position of the inverter and protection, and where any battery or charge point connects.
Component selection
Reasons, not brand names
Every component is chosen for a stated reason: the inverter for the array and any future battery, the protection for the installation, the mounting for the roof type.
Clear documentation
A handover that lasts
Layout drawings, component datasheets, commissioning records and monitoring access, kept together so a future electrician can pick the system up.
Insights
Practical notes on designing and running a solar system.
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Monitoring a solar system: what should you actually watch?
A monitoring dashboard shows a lot of numbers. A small number of them actually tell you whether the system is working as intended.
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Planning solar during a renovation
A renovation is the cheapest moment to prepare for solar, whether or not the panels go on straight away.
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What happens during a solar site assessment?
A site assessment is where a proposal actually comes from. Here is what is checked, why, and what to have ready.
Next step
Planning solar for an existing property or a new project?
Tell us about the property and how it uses energy. We will come back with what is realistic before anything is quoted.