Size.Solar

    Best solar panel angle in Accra

    Start with 4° facing South — nearly flat — for a fixed setup. At this shallow angle, compass direction has less effect than roof pitch, drainage, shade, soiling, and local weather.

    Turn this angle into a roof plan

    Start with South in Accra, then verify the usable roof area and request installer options.

    1. Best fixed tilt & direction

    4° facing South. Set it once for the entire year.

    Planning basis: latitude and estimated annual solar production.

    2. Two adjustments / year

    Winter: 11° South

    Summer: 3° North

    Provides a 1.7% gain over the best fixed tilt.

    Planning basis: summer and winter production estimates.

    3. Four adjustments / year
    Summer11° North
    Autumn5° South
    Winter21° South
    Spring5° South

    Offers a 4.7% gain over the best fixed tilt.

    Planning basis: four seasonal production estimates.

    4. Twelve adjustments / year
    Jan21° South
    Feb21° South
    Mar12° South
    Apr6° South
    May1° North
    Jun11° North
    Jul11° North
    Aug11° North
    Sep1° North
    Oct6° South
    Nov12° South
    Dec21° South

    Achieves the maximum 4.7% gain over the best fixed tilt.

    Planning basis: twelve monthly production estimates.

    *Tilt angles are measured from horizontal. Each non-flat result includes the compass direction the panel faces. Gains are estimates based on modeling.

    Quote-ready tilt decision

    Give installers one fixed-angle target first

    Start the quote conversation with South. Seasonal adjustment is only worth pricing if a supplier can show that roughly 4.7% extra production beats the cost, access risk, and warranty complexity of adjustable frames.

    Base quote

    South

    Best default for normal roof-mounted systems and the first number to send to installers.

    Adjustable option

    Winter: 11° South

    Summer: North

    Four seasonal changes model about 4.7% gain. Monthly adjustment models about 4.7%.

    Installer checks

    Roof pitch, available rail angles, wind loading, waterproofing, access for cleaning, and whether adjustment affects warranty.

    Direction check

    In Accra, the practical target is a south-facing array. Shade-free roof space, inverter sizing, and battery goals usually matter more than small angle differences.

    Adjustment payoff · 1 kW reference array

    Is changing the panel angle worth it in Accra?

    Start with the fixed angle. Four seasonal changes model +66 kWh a year (+4.7%) for each 1 kW of panels. Changing the angle every month adds no modeled annual output beyond the seasonal strategy.

    These are latitude-based planning estimates, not a supplier quote. The comparison isolates panel angle; adjustable framing, labour, safe roof access, shade, soiling, and warranty terms can change the practical decision.

    Fixed tilt

    No angle changes

    Annual output / 1 kW
    1,407 kWh
    Extra vs fixed
    Baseline

    Twice yearly

    2 changes/year

    Annual output / 1 kW
    1,431 kWh
    Extra vs fixed
    +24 kWh (+1.7%)

    Seasonal

    4 changes/year

    Annual output / 1 kW
    1,473 kWh
    Extra vs fixed
    +66 kWh (+4.7%)

    Monthly

    12 changes/year

    Annual output / 1 kW
    1,473 kWh
    Extra vs fixed
    +66 kWh (+4.7%)
    View the 12-month output values

    Estimated monthly production in kWh for each 1 kW of panels.

    Monthly production values for fixed, seasonal, and monthly angle strategies
    MonthFixed tiltSeasonalMonthly
    Jan81 kWh88 kWh88 kWh
    Feb90 kWh99 kWh99 kWh
    Mar112 kWh112 kWh112 kWh
    Apr130 kWh130 kWh130 kWh
    May139 kWh139 kWh139 kWh
    Jun142 kWh156 kWh156 kWh
    Jul144 kWh159 kWh159 kWh
    Aug136 kWh150 kWh150 kWh
    Sep130 kWh130 kWh130 kWh
    Oct120 kWh120 kWh120 kWh
    Nov97 kWh97 kWh97 kWh
    Dec86 kWh94 kWh94 kWh

    Compare solar panel angles near Accra

    See how the recommended fixed angle changes across nearby cities and latitudes.

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