Overview:

Combining the functions of a solar-powered lighting system with an IP surveillance camera to create a comprehensive security solution.
Designed for outdoor applications, such as public spaces, parking lots, and remote areas.

This proposal outlines a solar lighting solution designed to provide reliable illumination using LiFePO4 batteries, high-efficiency 10W and 30W LED lighting integrated with Wireless PTZ Dome Camera and the capability to operate for 3-5 days during cloudy weather conditions. The system is designed to optimize energy consumption by varying the brightness throughout the night.

Power Requirements

1. Wi-Fi Camera Power Consumption
– Typical Power Usage: Wi-Fi cameras typically consume between 2-5W, depending on the model and features (such as night vision, resolution, and continuous recording).
– Daily Energy Consumption:
For a 5W camera operating continuously: 5 Wx 24 hours = 120 Wh/day.

2. Total System Power RequirementsLighting Requirements:
10W LED: 66 Wh/day (as calculated previously)30W LED: 198 Wh/day (as calculated previously)Combined Power Consumption:
with 10w LED: 66 Wh + 120 Wh = 186 Wh/daywith 3ow LED: 198 Wh + 120 Wh = 318 Wh/day.

3. Battery Sizing
– Battery Capacity Requirement (to support up to 5 cloudy days):
– 10W LED + Camera:186 Wh/day x 5 days = 930 Wh
– 30W LED + Camera:318 Wh/day x 5 days = 1590 Wh

Convert to Amp-hours for LiFeP04 battery (12V system):
– 10W LED + Camera: 930 Wh/12V≈ 77.5 Ah
– 30W LED + Camera: 1590 Wh/12V≈ 132.5 Ah

4. Recommended Battery Capacity:
– 10W LED + Camera: Use an 80 Ah battery
– 30W LED + Camera: Use a 140 Ah battery

5. Solar Panel Sizing
• Average Daily Sunlight Hours: Assume 4 peak sunlight hours for calculations.
• Required Solar Panel Capacity:

– 10W LED + Camera:

– 30W LED + Cammera:

• Recomended Solar Panel ca pacity.

– 10W LED + Camera, Use a 7OW solar panel.
– 30W LED + camera: Use a 120W solar penel.

6. System Configuration.

• 10W LED + Wi-Fi Camera:
– Battery: 80 Ah LiFePO4
– Solar Panels: 70W capacity
– Charge Controller: MPPT type
• 30W LED + Wi-Fi Camera:
– Battery: 140 Ah LiFePO4
– Solar Panels: 120W capacity
– Charge Controller: MPPT type

7. Additional Considerations
• Camera Features:
– Motion Detection: To reduce energy consumption, use motion detection features to record only when activity is detected.
– Recording and Storage: Consider how footage will be stored (e.g., local storage, cloud-based solutions) and the power requirements for any additional equipment.

• Wireless Connectivity:
– Network Requirements: Ensure that the camera’s Wi-Fi capabilities can connect to a network, either via a dedicated router or a mesh network system.
– Signal Range: Evaluate the Wi-Fi signal strength and range to ensure the camera can transmit data effectively.
• Energy Management:
– Smart Control Systems: Implement smart energy management systems to prioritize essential functions during periods of low solar energy availability.
– Efficiency Optimizations: Use energy-efficient components and settings to extend the operational time during cloudy days.
• Environmental Factors:
– Location: Ensure the system components are suitable for the local environmental conditions, such as temperature fluctuations, humidity, and potential bstructions to sunlight.
– Maintenance: Regularly maintain solar panels, batteries, and other components to ensure optimal performance and longevity.

Product Offerings

We currently have four main product categories available for sale:

Key Benefits:

1. Easy Installation: Unlike wired security systems that require professional wiring, solar-powered systems are significantly easier to install. There’s no need for hard wiring, making setup hassle-free.
2. Wireless Convenience: Solar security cameras are truly wireless. They connect via Wi-Fi, eliminating the need for placement near a power supply. This convenience is especially valuable for remote locations.

3. Continuous Recording: Quality solar systems can record for 12-plus hours on battery alone, even without sunlight. Advances in battery storage technology contribute to this extended recording capability.
4. Long Lifespan: Well-maintained solar-powered security systems typically last between 5 and 10 years. These robust, waterproof systems require minimal maintenance.
5. No Direct Sunlight Required: Solar panels can generate power even during cloudy or rainy weather, ensuring consistent operation.