We Want To Help You!

Energy Consumption
- Detailed data on your current energy consumption, ideally broken down by day and night usage.
- Information on any future changes in energy usage.
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Appliance Loads
- What are your energy needs and goals?
- What appliances and devices are you planning to power?
- What are your daytime and nighttime usage patterns?
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Facility Type
- Do you have an existing grid connection? If so, what type?
- Is it a commercial, residential, or resort facility?
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Solar System Type
- Are you interested in an off-grid, grid-tied, or grid-tied with battery backup system?
- Location
- Where is the installation site?
Personal Information
- Your name, email address, and phone number
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Site Specifications
- Roof type and condition
- Any potential shading issues
- Available space for ground mounts if roof space is insufficient
- Location of the main breaker panel and components
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Budget Considerations
- Your budget range for the solar power system
- Any preferences for specific brands or types of equipment
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Environmental Goals
- Any specific environmental goals
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Installation
- Do you need installation services or just the equipment?

Deeds Solar offers complete solar solutions in Belize for Residential Homes, Resort and Commercial facilities, including
- Off-Grid Solar Systems,
- Grid-Tie Solar Systems and
- Hybrid Solar Systems.

Our services range from design and installation to maintenance and support. We also sell individual solar products such as inverters, chargers, solar panels, and batteries.

Solar Panels
Brands: JinKO, AKCOME, Trina, Various used ones
Power Range: 400W, 430W,440W, 580W, 700W

Inverters
Brands: Outback, Victron Energy, Fronius, Deye, Luxpower, Epever
Power Range: 400W – 62,000W

Charge Controllers
Brands: Outback, Victron Energy, Midnite, Epever, Miscellaneous small charge controllers
Power Range: 10A – 200A

Batteries
Types: Lithium, Lead-Carbon, GEL, Used Lithium
Brands: Titanium, Kilovault, Polarium, Huawei, ZTE, Incell, FHTEK, SunArk, Sunpal, sometimes various used ones

Solar Pumps
Types: DC-powered submersible pumps, pool pumps
Power Range: 250W-2500W

Air Conditioner
A/C Units Types: Window units, Split units
Brands: Daizuki, Midea, Innovair
Power Range: 5K BTU, 7K BTU, 8K BTU, 10K BTU, 12K BTU, 15K BTU

Backup Generators
Brands: Generac, Westinghouse

Other Products
Solar fans, PV wire, other wire, breakers, solar street lights, used solar components

We use high-quality products from reputable brands such as
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- Outback Power
- Victron Energy
- Fronius
- SMA
- Lux Power
- Midnite
- Deye
- Polarium
- Epever
- Solis
- Jinko
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We offer complete solar solutions including Off-Grid, Grid-Tie, and Hybrid systems. Our services range from design and installation to maintenance and support. We also sell individual solar products such as inverters, chargers, solar panels, and batteries.

Yes, we tailor our solar solutions to meet the specific needs and budget of each customer. Whether you need a small system for a residential property or a large commercial installation, we can design a system that fits your requirements.

South-Facing Solar Panels:
In Belize, located in the northern hemisphere, orienting solar panels towards the south is ideal to capture the most sunlight throughout the day. This orientation maximizes solar energy capture, which is particularly beneficial for off-grid solar systems.
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Benefits: Increased efficiency and energy yield, optimal for off-grid systems.

Considerations:
Ensure that the roof or mounting structure allows for this orientation without obstructions.

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East/West Orientation:
an east/west orientation can extend solar production throughout the day and especially in winter months.

East-Facing Panels:
Capture morning sunlight and provide energy early in the day.

West-Facing Panels: Capture afternoon sunlight and sustain production as the sun sets.

Benefits: Provides a more even distribution of solar energy production, which can be advantageous for households with varying energy consumption patterns.

Production Curve: This orientation can help smooth out the energy production curve, reducing production drop-off in the late afternoon compared to south-facing panels.

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• Seasonal Shadows: Pay attention to how shadows from nearby trees, buildings, or other structures change with the seasons. Shadows are longer during the winter months (November to January) and can significantly affect solar panel efficiency if not accounted for.


o Winter Shadows: Consider potential shading from lower sun angles and aim to minimize obstacles.

o Design Adjustments: Plan the placement of solar panels and potential obstructions to minimize shading throughout the year.

Roof Pitch and Tilt:
The roof pitch affects the angle at which sunlight strikes solar panels. A steeper roof pitch may be more effective at higher latitudes, while a flatter angle may be better suited for areas near the equator.
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Optimal Tilt
March to May: 17°
June to August: 0°
September to November:17°
December to February: 44° (East/West Orientation)

Optimal Angle:
Aim for an angle that corresponds to the latitude of the location to achieve maximum efficiency.
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Structural Integrity:
Ensure that the roof or mounting structure can support the weight of solar panels and withstand local weather conditions (e.g., wind,hurricanes).
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Future Growth and Expansion:
Plan for the possibility of expanding the solar system in the future. Design roof or ground space to accommodate additional modules if needed.
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Local Climatic Conditions:
Consider local climate conditions such as heavy snowfall, frequent storms, or extreme heat. Select appropriate mounting and protection measures to ensure the longevity and performance of solar panels.
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Aesthetics and Regulations:
Consider the visual impact of solar panels and adhere to local building codes or homeowner association guidelines regarding solar panel installation.
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Energy Storage Solutions:
If planning for self-sufficiency or maximum energy independence, consider space and design considerations for battery storage solutions in the house design.
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Accessibility for Maintenance:
Design the installation to allow easy maintenance and cleaning of solar panels to maintain their maximum efficiency over time.
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By considering these factors during the house design and planning phase, you can optimize the energy efficiency of your home and ensure that your solar system operates effectively for many years.

Grid-tie solar system:
Best if you are connected to the grid and want to save on your utility bill.

Grid-tie solar system with battery back-up:
Best if you are connected to the grid and want a backup for outages.

Off-grid solar system:
Best if you don’t have access to the grid and want to avoid depending on a generator.

Check out our Page about the different Solar System under "Solutions"

How to choose the right solar components?
--> Consider factors like brand reputation, warranty, price, panel efficiency, and installation and maintenance requirements.

A load assessment is required to determine this accurately. Generally, more panels are better for darker days.

You can use our Load Assessment tool to get a general idea.

We also offer to set up a meter at your location to measure the exact usage.

Marginally sized systems will require more generator runtime. Increasing solar panels and possibly batteries is recommended.

Financially we recommend to stay on the grid and possibly use a battery backup system, if:

- your monthly electricity bill exceeds $500 BZD
- and your energy consumption is mostly during the day.

Even though there can be other, non-financial reasons to go off-grid, that can be considered and discussed.

Grid-tie solar system:
No, solar energy can only be used during the day.

Grid-tie solar system with back-up:
Yes, unused solar energy can be stored in batteries.

Off-grid solar system:
Yes, solar energy will be stored in batteries.

Roof-mounted panels save space and are less prone to damage. Ground mounts can be optimally positioned and are easier to maintain but are more expensive and prone to damage or theft.

The price is largely dependent on the quality of equipment chosen but can usually be installed from.
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When you know your Appliance Load and your kW Needs, you can get an idea of the pricing when looking through our packages.

But we always like to discuss your specific needs and offer you the perfect system, that will fit your requirements and budget.

Our aim is to offer a variety of equipment that makes compromises in as few ways as possible so that whichever brand of equipment you choose, we can set you up with a well working system.

Deeds Solar collaborates with the Development Finance Corporation (DFC) in Belize to offer renewable energy loans. To learn more about financing options, visit: DFC Renewable Energy Loans.

To estimate your monthly savings, you can use the following formula:

Savings = (Average Daily Production in kWh) x (Average Cost per kWh from Utility Grid) x 30 (days per month)

For example, if your system produces an average of 20 kWh per day and BEL charges $0.4348 per kWh:

Savings = 20 kWh/day x $0.43/kWh x 30 days/month = $260.88 per month. One Year would be $260 x 12 = $ 3,120 BZD

*This calculation assumes that all the power your system produces is used.

Installing a solar power system can increase your property value due to reduced energy costs and increased energy independence.

Financially we recommend to stay on the grid and possibly use a battery backup system, if:

- your monthly electricity bill exceeds $500 BZD
- and your energy consumption is mostly during the day.

Even though there can be other, non-financial reasons to go off-grid, that can be considered and discussed.

Grid-tie solar system:
No, solar energy can only be used during the day.

Grid-tie solar system with back-up:
Yes, unused solar energy can be stored in batteries.

Off-grid solar system:
Yes, solar energy will be stored in batteries.

Roof-mounted panels save space and are less prone to damage. Ground mounts can be optimally positioned and are easier to maintain but are more expensive and prone to damage or theft.

Yes, within reason. Larger systems can be complicated and dangerous if not installed correctly. We provide pre-programmed equipment and necessary installation components for DIY enthusiasts.

Also, we do not offer any warranties on solar components, when you install it yourself.

The installation time depends on the size and complexity of the system. Typically, residential installations can be completed within a few days, while larger commercial projects may take several weeks.

The process includes an

- initial consultation,
- site assessment,
- system design,
- obtaining permits,
- installation,
- and final inspection.

Our team will guide you through each step to ensure a smooth and efficient installation.

We only offer certain warranties when parts are installed by our technicians.

Yes, most of our solar systems come with monitoring solutions that allow you to track performance in real-time through a mobile app or web portal.

Minimal maintenance is required if equipment is stored in a clean and dry environment. Occasional cleaning of filters or screens and panels is necessary.

Lifespans vary by component:
Solar panels: 25+ years
Inverters/Charge Controllers: 5-10 years (Chinese made), 15-20 years (American or European made)
Batteries: 4-5 years (Lead), 10-15 years (Lithium)

If the equipment isstored in a clean and dry environment, there is less maintenance required. Because the equipment does require some cooling, there is a filter or screen to clean occasionally. If solar panels are mounted at a moderate-steep slope, rainwater is enough to keep them clean. Most of our customers don’t need to clean their panels since they are mounted steep enough to stay clean.

Modern solar power systems can last for a long time but will depend on the brand of equipmentchosen.
The typical lifespan for components is:

·       Solar panels
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All the solar panels that we carry offer at least a 25 year linear output warranty from the manufacturer, and most claim an annual output degradation of 0.4%, although we believe it is typically higher than that here in Belize. Although the panels will last for many years, in our experience, we’ve found that most panels are replaced due to obsolescence, not for non-functionality. Many people choose to upgrade their systems to newer, more efficient solar panels to increase their output and better utilize their roofspace.

·       Inverters/Charge Controllers
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Inverters and Charge controllers typicallyrequire some maintenance in their lifetime such as a fan replacement/cleaningetc... We expect the Chinese made equipment that we sell to last 5-10 years with proper care, and the American or European made equipment to last 15-20years.

·       Batteries

Lead batteries typically last 4-5 years and lithium, 10-15. In our experience lithium batteries have shown approximately a 1-3% annual degradation when cycled daily. Different types of lithium batteries degrade at different rates. The deeper a battery is cycled, the shorter its lifespan will be.

Solar panels generally require minimal cleaning as rain typically washes away dirt and debris. In dry or dusty areas, we do recommend getting your panels cleaned once or twice a year. Using your garden hose and a soft brush should be enough to wash your panels. If you’d like to do a deeper clean, we recommend using a 1-part vinegar, 2-parts water solution every six months to reduce mineral deposits and keep your panels operating at maximum efficiency.
We recommend that any rinsing be done in the early morning while the panels are still cool.

Most modern solar systems come with monitoring software that allows you to track your system’s performance in real-time via a smartphone or computer. This helps you ensure your system is functioning optimally and alerts you to any issues.

1. Locate your Main Meter Panel
2. Open the Main Meter Panel door and identify the breaker labeled "Solar."
3. Switch the Solar breaker to the “On” position
4. Locate the A/C Disconnect Panel
5. Move the A/C Disconnect lever to the upward/on position

1. Locate the A/C Disconnect Panel
2. Move the A/C Disconnect lever to the Downward/OFF position
3. Locate your Main Meter Panel
4. Open the Main Meter Panel door and identify the breaker labeled "Solar."
5. Switch the Solar breaker to the “OFF” position

Grid-tied systems without battery backup will not provide power during a grid outage for safety reasons.

However, grid-tied systems with battery backup can supply power during outages, ensuring continuous operation of essential loads.

Smaller systems will require more backup generator runtime. We recommend increasing the number of solar panels for more production. More batteries might be needed, but increased storage will not make up for a lack of production.

DEEDS SOLAR advises clearing away any debris, loose materials, or equipment that could be moved or lifted during a storm, potentially causing damage to the solar system, the structure, or endangering people.

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For Grid-tie and Grid-tie with Battery Back-up Solar Systems:

Follow the shutdown procedure outlined in your project folder.
It is recommended to shut down the system before or by the expected time of the storm's landfall.
Only turn the system back on once the all-clear signal has been issued. If the national grid remains non-operational, only battery back-up solar systems will restart.

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For Off-grid Solar Systems:

Ensure batteries are fully charged, using a generator if necessary.
Have a three-day supply of fuel available for the backup generator.
It is recommended to shut down the system before or by the expected time of the storm's landfall, unless electricity supply is absolutely essential.-