Engineered Solutions
Solar PV and hybrid backup systems sized around your load profile, backup targets, and site constraints.
We frame the outage problem first, then the design choices used to deliver stable backup performance without oversizing the system.
Traditional power grids are increasingly strained. For a modern home or business, even a 5-minute outage means disconnected meetings, interrupted production, and safety risks.
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Switch-over Time
We design hybrid systems around critical loads, battery runtime targets, and site limitations so the system performs predictably in outages and normal daily use.
These are the core component standards we apply to Solar PV and hybrid builds. Definitions and buying-language explanations are linked in Resources.
High-surge capacity units that handle inductive loads (fridges, pumps) without tripping. Includes full WiFi monitoring.
LFP (Lithium Iron Phosphate) chemistry with 6000+ lifecycle guarantee. Inherently safe and maintenance-free for 10+ years.
High-efficiency monocrystalline PERC panels. Fire-rated and designed to withstand high winds and coastal corrosion.
This is the Solar PV delivery summary for this service. For the full end-to-end workflow used across projects, see the How We Work page.
PV-specific checkpoints for sizing, protection, installation, and commissioning.
We review bills, critical loads, usage patterns, and roof/site constraints.
System architecture, protections, battery strategy, and BoQ are documented.
Electrical integration, surge protection, and cable routing are completed to spec.
Switch-over checks, performance verification, and handover documentation are issued.
Start with the calculator, then book an engineering review for final sizing.
Typical Solar PV handover records for commissioning, warranty support, and future maintenance.