55KW Solar Commercial System, Malaysia

1、 Opportunities and Policy Background of Malaysia's Photovoltaic Market

With the acceleration of global energy transition, Malaysia is promoting the proportion of renewable energy from the current 26% to 40% by 2035 through the National Energy Transition Roadmap (NETR). By 2025, the demand for photovoltaics will reach 1.8GW, and the target for commercial and industrial rooftop coverage will be 25%. Among them, the net energy metering (NEM) policy requires projects with a capacity of 72kWp or more to be equipped with a 1-hour energy storage system. In this context, PWSOLAR's 55KW Solar Roof System, with its efficient 410 watt monocrystalline modules and intelligent energy storage design, has become an ideal choice for industrial and commercial users to reduce electricity costs and achieve green transformation.

2、 Core component technology: 410 watt monocrystalline solar panel

1. Efficient power generation performance

• Monocrystalline silicon technology: using N-type monocrystalline silicon wafers, the conversion efficiency reaches 21.5%, and stable output is maintained in low light environments, increasing power generation by 15% compared to traditional components.

• 410 watt peak power: Each component has an area of only 2.2 square meters and a power density of 186W/square meter, achieving maximum installed capacity within limited roof space.

• Temperature coefficient optimization: A temperature coefficient of -0.29%/℃ ensures that the power attenuation rate in Malaysia's high-temperature environment is lower than the industry average.

2. Durability and reliability

• Double glass structure: 3.2mm tempered glass+transparent back plate design, which has passed 5400Pa front static load test and is suitable for tropical rainstorm and typhoon climate.

• Anti PID technology: potential induced decay (PID) suppression design, with a power decay rate of less than 3% after long-term use and a lifespan of over 25 years.

• Salt spray corrosion certification: compliant with IEC 61701 standard, meeting the high humidity environmental requirements in coastal areas.

3、 55KW system design and localization adaptation

• Remote monitoring platform: Real time collection of power generation data, component temperature, and inverter status, supporting mobile APP fault warning.

• AI optimization algorithm: Based on historical power generation data and weather forecasts, dynamically adjust energy storage charging and discharging strategies to increase spontaneous self use rate to over 85%.

• Localized service network: Set up operation and maintenance centers in Kuala Lumpur and Penang, providing 4-hour emergency response and annual inspection services.

4、 Economic and Investment Return Analysis

2. Investment return

• Annual power generation: Malaysia has an average of 1200 hours of sunshine per year, and the system generates approximately 66000 kWh of electricity annually.

• Electricity cost savings: Calculated based on a commercial electricity price of 0.45 ringgit/KWh, the annual electricity cost savings are 29700 ringgit.

• Investment payback period: The static payback period is about 7.4 years, which can be shortened to 5.2 years after considering government subsidies.

• 25 year total revenue: Accumulated savings of MYR 743000 in electricity bills and reduced carbon emissions by 1320 tons.

• As a benchmark project for PWSOLAR in Malaysia, the 55KW Solar Roof System is integrated with an intelligent logistics system to achieve:

• Energy efficiency improvement: Photovoltaic power supply accounts for 40%, reducing diesel power generation costs by RM180000 annually.

• Carbon reduction: Obtain carbon trading profits through the Green Electricity Price (GET) program.

• Technology integration: Linkage between photovoltaic data and logistics scheduling system to optimize warehouse lighting and equipment operation time.

The PWSOLAR 55KW Solar Roof System, with 410 watt monocrystalline modules at its core, provides reliable and cost-effective clean energy solutions for Malaysian industrial and commercial users through efficient power generation, intelligent operation and maintenance, and localized services. Driven by both policy dividends and market demand, this system will become a key tool for enterprises to achieve sustainable development and enhance competitiveness.

The key parameters of the 410W component are as follows

• Peak power (Pmax): 410W

• Component efficiency: approximately 19.57% -21%

• Size: Approximately 1722x1134x30mm (length x width x thickness)

• Weight: Approximately 19.5kg to 21.5kg

• Number of battery cells: 108 cells (half cell design)

• Temperature coefficient (Pmax): approximately -0.29% to -0.35%/° C

• Power output guarantee: 98% in the first year, not less than 84.95% after 30 years

Product features and advantages

• Efficient technology: using monocrystalline PERC cells and half cell technology to effectively improve power output and component reliability

• Anti PID performance: By optimizing battery technology and controlling materials, the risk of potential induced decay (PID) is reduced

• Environmental adaptability: It has a high mechanical load capacity (such as being able to withstand wind pressure of 2400Pa and snow pressure of 5400Pa), and adopts an IP68 high protection level junction box to cope with harsh environments.

• Warranty service: Usually provides a 25 year product quality guarantee and a 30 year power output guarantee to ensure long-term returns

Applicable scenarios

This type of 410W 108 piece monocrystalline module is suitable for various photovoltaic power generation scenarios, including large ground power stations, industrial and commercial distributed projects, etc. Its balanced power and size design helps to reduce the BOS (Balance System) cost of the system.

We hope the above information can help you understand the 108 piece series of 410 watt monocrystalline modules. If you have further needs for specific brands or more detailed application cases, you can always raise them.