Solar Panel Kit

Solar Panel Kit

off grid solar system complete 10KW Off-Grid Solar System Complete: Energy Independence for Homes and Businesses Complete 10KW Off-Grid Solar System: Providing Energy Independence for Homes & Businesses Maximize Your Solar Energy Output with a 10KW Off-Grid Solar System A 10KW off-grid solar...
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Description
Technical Parameters

What's in a Complete Solar Panel Kit?

 

A well built solar panel kit contains all the pieces you need to build a working grid-tied system. The key components that are normally found in a complete kit are:

 

1. High-Efficiency PV Solar Panels:
◦ These panels are the most important part of your solar power system because they directly convert sunlight into electricity. (DC power)

◦ With today's kits, the solar panels use high-efficiency solar cells, which can convert more sunlight and produce as much power output as possible for your existing roof space.

2. Grid-Tie Solar Inverter:
◦ This is the unit that converts the DC electricity produced by the solar panels into standard household AC electricity.
◦ The grid-tie inverter synchronizes to the utility grid, so you can use the energy directly from your solar panels to power your home or business.
◦ Any excess electricity produced by your system is sent back to the grid at no additional charge. After you send the electricity back to the grid, use it to your advantage (usually sent as a credit via net metering).

 

3. Complete Mounting Hardware & Safety Components:
◦ Kits include complete, robust, weather-protected roof and ground mounts for installing panels safely and securely on the type of roof your home has, or ground mounts to secure panel mounts.

◦ Finally, it may include some safety gear. For example, DC isolators (called disconnects) is safety equipment which enables the safe shut down of the solar systems to facilitate maintenance or emergency situations.

◦ (By the way, the kits typically have all of the mounting and interconnection hardware - but typically the bi-directional meter is supplied and installed by your utility company. Typically, your utility company may require or install other utility specific equipment in major points of grid connection; otherwise, the standard kit has the necessary hardware).

 

4. Integrated Wiring & Connection System:
◦ The kit would typically provide cables of appropriate sizing (PV wire, AC wiring), connectors (MC4, etc), conduit, and in many instances a combiner box.

◦ The wiring process would include wiring efficiently from the PV panels to the inverter, and from the inverter to your home electrical panel to the grid once connected.

◦ Efficient wiring will help minimize any loss of energy due to wiring settings when the panel, inverter(s) and home electrical panel are all connected and utilizing energy together.
 

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Product Advantages of a Complete Solar Panel Kit

 

1. Simplified Compatibility & Installation:
◦ Complete Kits provide all compatible components pre-selected for seamless integration.

◦ Eliminate the hassle and risk of mismatched parts - our kits ensure everything works together.

◦ Streamlined design facilitates a smoother installation process compared to sourcing individual components. (Note: Removed specific time claim "under 4 hours" as it's highly variable and potentially misleading.)

2. Significant Upfront Cost Savings:
◦ Buying a bundled solar panel kit often results in a lower overall cost than purchasing each component separately.

◦ Save on sourcing time and benefit from volume purchasing power embedded in our curated kits.

3. Optimized Performance from Day One:
◦ Components are rigorously selected by our engineering team to work harmoniously within the system.

◦ This careful curation helps deliver optimal energy harvest and system efficiency once operational.

4. Unified Warranty Convenience:
◦ Experience greater peace of mind with a single, comprehensive warranty covering key kit components (panels, inverter, mounting system).

◦ This simplifies support and claims, covering essential components under one agreement.

 

Feature Highlights of Our High-Efficiency Solar Panels


1. Advanced Multi-Busbar Technology
◦ Increased amount of busbars improves overall light collection and efficiency for current collection, resulting in a more stable and higher level of power output.
2. Improved Temperature Coefficient & Hot Spot Resilience
◦ The advanced cell technology and modular circuit results in improved hot weather performance and reduced losses from hot spots.
3. Strong Anti-PID (Potential Induced Degradation) Protection
◦ Specialized cell fabrication and controlled supply chain and materials results in significantly lower power losses from PID, which contributes to reliable long-term module performance.
4. Verified Resistance to Extreme Conditions
◦ PV Deep Cell® modules are prepared to be treated against extreme weather conditions, and tested to ensure;
▪ High salt spray corrosion (coastal areas)
▪ Humidity / heat stress
▪ Desert or dry conditions
◦ Verified duty rated in extreme conditions and environments.
5. High Mechanical Loads
◦ Heavy wind loads of up to 2400 Pa (designed with severe storm conditions in mind), with durable construction and frame.
◦ Snow loads as high as 5400 Pa rated.
6. High Quality & Reliability
◦ Manufactured using high standard supply chain and materials and specific processes for longevity.

 

Our Certificates

 

 

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Why Pick Our Solar Solutions? Intelligent Energy Control for New Homes

 

1. Optimized Energy Independence & Cost Savings

◦ Optimize Self-Consumption: Store solar energy produced during peak daylight hours for use at night. Avoid dependence on the grid, and realize the optimal system efficiencies.

◦ Demand Based Energy Control: Automatically switch to battery power based on demand to take advantage of off-peak renewable energy. Shift costs away from utility payments.

2. Rugged, Maintenance-Free Hardware

◦ IP65 Weatherproof: Sealed against the elements including dust, rain, and extreme temperatures.

◦ Passive Heat Dissipation: Our uniquely fanless design has zero moving parts, meaning lower risk of failure and quiet operation.

3. Advanced Battery Health Optimization

◦ Alternative Charging Algorithms: Carefully control the voltage/current delivered to batteries depending on how they were charged earlier or discharged, protecting against overcharging and deep discharge. A very real way to maximise battery lifespan.

◦ Temperature Compensation: Protect batteries from performance deterioration due to hot or cold environmental conditions.

4. Real-Time System Monitoring & Control

◦ Anytime, Anywhere performance monitoring: Monitor all energy production, consumption, and battery levels 24/7 via mobile App or Web portal

◦ Notifications: Receive automatic notifications if the system's performance falls below expected or if maintenance is required.

5. Proactive Smart Support Ecosystem

◦Predictive Diagnostics: Our cloud connected analytics continually monitors your solar system, and will often identify problems (e.g. shading losses, wiring issues) before they greatly reduce your performance.

◦ Remote Maintenance: Our support team resolves over 80% of issues remotely. This means less disruption and downtime for your renewable energy generation system.

 

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Competitive Benefits of Working With Us

 

1. Expert Support
When you reach out to our solar professionals, you will receive quality, timely, and technical support to provide solutions for systems design and product specifications.

2. Time Optimization, Project Worry-Free
We coordinate and oversee your project from design through delivery for optimized timelines and use of resources.

3. Certified Manufacturing Levels
ISO certified manufacturing plants with established documentation for quality control procedures at each stage of assembly.

4. Innovative Research
Technological advancements in solar cellular chemistry focussed on creative problem solving and solving material science hurdles by an R&D team dedicated to solar energy sector.

5. Wholesale Price Return
You are connected directly to the manufacturer for value add solar panels and mounting systems, eliminating added cost from distributors through vertical integration, which displaces pricing models from wholesale to retail and quality moves in the opposite direction just to illustrate.

6. Shared Partnership Model
Co-creation workshop information delivery will inform you and your partners about the solutions we create together for all operational needs, with clear and distinct communication loops.

7. Material Traceability
Full materials disclosure, with tiered use of PV cells and corrosion resistant mounting systems, along with perscriptive documentation for component batches.

8. Worker Development
Continued training of older installations, education, and advocacy for the certified installer program, so you can maintain quality installation standards year round.

9. Proven Reliability
Inoculated performance data, less than 1% annual system failure rates across cumulative 50,000 plus installations, data is compared and verified by an independent third party.

10. Residential - Fair Employment - Eco-System
Employee merit based pathways to advancement, education and training allowance or stipend, and a sincere commitment to worker safety across our on-site programming.

 

Solar Panel Kit

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Products parameter

 

Model

GH12V1.2KW

GH24V2Kw

GH24V3KW

GH48V5KW or GHB48V5KW

GH48V5.5KW or GHB48V5.5KW

Input

Input Sources

L+N+PE

Rated Input Voltage

208/220/230/240 VAC

Voltage Range

154-264VAC±3V(APP mode),185-264VAC±3V(UPS mode)

Frequency

50/60 Hz Auto Adaptive

OutPut

Rated Capacity 1000W

2000W

3000W

5000W

5500W

Output Voltage

208/220/230/240VAC±5%

Output Frequency

50/60 Hz±0.1%

Wave Form

Pure Sine Wave

Transfer Time

Computer mode(UPS mode)10ms,Applicance(APP mode)20ms

Peak Power 2000VA

4000VA

6000VA

10000VA

11000VA

Over Load Ability

Battery Mode:1min@102%-110%Load

10s@110%-130%Load 3s@130%-150%Load 200ms@>150%Load

peak Efficiency

>93%

>93%

>94%

>94%

>94%

Battery

Battery Voltage

12Vdc

24Vdc

24Vdc

48Vdc

48Vdc

Constant Charing tage(adjustable)

14.1Vdc

28.2Vdc

28.2Vdc

56.4Vdc

56.4Vdc

Floated Charin

Voltage(adjustable)

13.5Vdc

27Vdc

27Vdc

54Vdc

54Vdc

Chargers

PV Charge Mode

PWM

PWM

MPPT

MPPT

MPPT

Max Input Power

600W

1200W

3000W

6000W

6000W

MPPT Tracking Range

N/A

N/A

30-115Vdc

120-430Vdc

120-430Vdc

MaxPVinputvoltage

55Vdc

80Vdc

145Vdc

450Vdc

450Vdc

Boetopen Gicuit

15-30V

30-32V

70-110V

370-430V

370-430V

Best Voltage

15V

30V

60-90V

300-340V

300-340V

MurepvtCharging

50A

50A

60A

100A

100A

cufecCharging

50A

50A

60A

100A

100A

Max Charging

100A

100A

120A

100A

100A

Display

LCD Display

Display Running Mode/Loads/Input/Output,etc.

Interface

Rs232

5PIN/Pitch 2.0mm,Baud Rate 2400

Communication Port

2×5PIN/Pitch 2.54mm,lithium battery BMS communication card,WIFl card,Dry contact card

Parallel Function

Without Parallel

GHB48V5KW/5.5KWwith Parallel

Enviroments

Operate Temperature

0-40℃

Humidity

20%-95%(Non-condensing)

Storage Temperature

-15-60℃

Altitude

Altitude not over 1000m,derating over1000m,max4000m,refer to IEC62040

Noise

≤50db