SOLAR PV SYSTEM BASICS - Learn++

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Basic Self-Consumption/ESS Explained:

  • Backup Load/Priority Circuits get power in this order:

    • 1st: from Solar Panels   2nd: from Batteries    3rd: Last resort is the Grid.

  • Once the battery is fully charged (typically around midday) and the Load has power from the Solar Panels, excess solar power will:

    • Supply Solar Power to the Non-Essential loads in your home main DB (e.g. geysers, pools, ponds, washing machines, etc).

    • Maximising your Electricity Savings in the entire Home.

  • Battery Power (Solar Charged) will then supply the night time load (extending your Elec Savings even further).

  • A reserve amount of battery can be programmed in to be used in case of Load-shedding.

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Grid-Tied Systems

 

Solar PV (photovoltaic) roof-top, Grid-Tied systems are the most common type of solar PV installation around the world (93% of all PV systems are grid-tied). These systems do not store their energy in battery banks.

 

Electricity produced during the daytime by the sun is either used in the dwelling/building or directed back into the electricity grid, this puts your power usage into credit (i.e. Nett-Zero Energy Building).

 

These Roof-Top systems can either Reverse the utility meter or are designed for close to 100% Self-Consumption usage.

 

Grid-Tied systems effectivley reduce or eliminate the KWh portion of the electricity bill, thereby reducing or eliminating this cost.

 

The initial cost in investing in this technology is typically offset within a few years and the long term savings (30+ years) can be significant:

ROI:  3 yrs to 7 yrs | IRR: 15% to 70%

 

 

 

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Commercial - Residential - Industrial

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Grid-Interactive Systems​

 

Grid-interactive / ESS / Hybrid PV systems give users more choices and greater flexibility, while increasing the level of reliability in deployments.

 

A Grid-interactive system can bee seen as a combination of an Off-Grid system (with a battery bank) and a grid-tied system (uses the grid as backup and/or sell excess energy into the grid i.e. Nett-Metering).

The battery bank can typically be smaller than what is required in an off-grid system; sized to drive just the essential load(s) during a power-outage, with the grid as a reliable backup energy source for bad weather days.

 

Grid-interactive systems are often more affordable than off-grid systems and these systems are scalable, meaning the pv system can be expanded over time (i.e. start smaller ~ than grow the system size later on).  These systems are usually very good medium to long term investments, shielding the system owner from the ever increasing electricity costs.

 

AM Solar are experienced grid-interactive pv system designers, suppliers and installers.

 

 

 

Commercial - Residential - Industrial

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Off-Grid Systems

 

Off-grid (or “stand-alone”) PV systems are very different to batteryless grid-tied systems.

Without the grid as a supplemental electricity source, a PV system’s sizing is critical.

 

Off-grid systems require their owners’ participation—this means living within the original design’s energy budget, planning for future growth, and having a backup energy source for times of high energy usage or low solar production.

All maintenance and equipment servicing is critical to the effectiveness and durability of the system.

 

An Off-grid system must always have a backup energy source. This backup source would typically be used during bad weather when the irradiance level from the sun is not sufficient to supply the load or charge the batteries, or both.

 

Typical Off-grid applications include: schools, lodges, holiday homes, clinics, telecom stations, etc.

 

AM Solar can design and install a solar PV system that will operate in all weather and operational conditions and will auto-control itself, needing very little user input.

 

 

Commercial - Residential