Photovoltaic systems convert solar radiation into electricity using PV modules and inverters. When well designed, they lower energy bills, stabilize costs, and reduce carbon footprint. The key is not just “installing panels” but sizing them based on data, minimizing losses, and verifying actual performance.

What IMESUR Does

• Technical study: load curve analysis, production simulation, shading, orientation/inclination, and structural assessment (wind loads, weight, anchoring).
• Design and permitting: single-line diagram, DC/AC protections, disconnection devices, zero-feed policy if applicable, metering, current regulations, and coordination with the grid operator/authorities.
• Installation: certified equipment (modules, inverter/hybrid, cabling, protections), commissioning, and testing.
• Monitoring and O&M: portal-based tracking, alarms, cleaning, and preventive/corrective maintenance with KPIs (PR, kWh/kWp, availability).
• Financial management: surplus compensation, tariff optimization, and assistance with incentives/subsidies when available.

Modalities

• Individual or shared self-consumption (communities, adjacent units).
• With or without surplus (simplified compensation or zero feed-in).
• With batteries (peak shaving, partial backup) or without batteries.
• On-site PPA or direct investment, according to financial strategy.

Components and Criteria

• Modules: typical power warranty of 25 years; we prioritize performance/temperature coefficients and brand reliability.
• Inverters: European efficiency rating, appropriate MPPT channels, anti-islanding protection, and diagnostic logs.
• Structures: coplanar, ballast, or anchored; load calculations and guaranteed waterproofing.
• Safety: DC/AC protections, disconnect switches, grounding, and signage; work at height and electrical tasks following procedures.

Expected Results

• Significant savings (often double-digit percentages), payback aligned with the consumption profile, and reduced CO2 footprint.
• Stable and traceable production: we provide a monitoring portal, manuals, as-built documentation, and a maintenance plan.

IMESUR Process

1. Diagnosis (15-min interval load curve and available surface).
2. Proposal with scenarios: with/without batteries, with/without surplus.
3. Design, permits, and installation with our own equipment.
4. Permitting and compensation registration (if applicable).
5. Monitoring and after-sales support.