Getting the right light in your parking area is not just a matter of aesthetics, but a critical aspect of safety and comfort. Well-designed carport lighting allows you to safely park in the dark, carry out minor repairs or simply find the keys in the ignition lock without unnecessary difficulties. Unlike a street lamp, the light under the visor must be soft but bright enough not to create a blinding effect for the driver.
Modern technologies allow to create an effective lighting system with minimal energy costs. Use of the LED technologies Smart controllers turn a conventional canopy into a functional space. However, before starting work, it is necessary to clearly understand what tasks the light will perform: only the on-duty illumination or a full-fledged workplace?
In this article we will analyze all the nuances of equipment selection, power calculation and installation methods. You will learn how to avoid common mistakes when laying wiring in the open air and which types of lamps will last the longest in conditions of temperature changes.
Illumination standards and choice of installation site
Before buying equipment, you should determine the required brightness. There are certain standards for parking areas that provide sufficient visibility without excessive energy consumption. Usually recommended light level in the range from 30 to 50 suite on the surface of the earth. This value is enough to distinguish the dimensions of the car and the obstacles around.
The location of the light sources plays a key role. If you install the lamps only in the center of the canopy, the edges of the car can remain in the shade, which will create discomfort when leaving the cabin. The optimal solution is a symmetrical scheme, when the lamps are fixed on the side beams or distributed evenly over the entire area of the visor.
It is important to consider the reflectiveness of the coating. If the asphalt is covered under the canopy, less light will be needed, since it reflects the rays well. Soil or gravel, on the contrary, absorb light, requiring the installation of more powerful devices or increasing their number.
- 💡 For a standard single canopy (3x6 meters) 2-3 lights with a capacity of 10-15 W each are enough.
- 💡 The height of the suspension should be at least 2.5 meters, so that the light is distributed evenly and does not interfere with tall cars.
- 💡 The direction of the light flux should be oriented downward or at an angle to prevent the driver and neighbors from getting into the eyes.
⚠️ Attention! When designing a circuit, avoid installing lamps directly above the driver's seat or windshield. Sharp light from above through the glass can cause temporary blindness when boarding the car.
Types of lamps for street visors
The lighting market offers many options, but not all of them are suitable for open-air operation. The main criterion for choosing is the degree of protection of the housing, denoted by the marking IP. For canopies, where the equipment is protected from direct precipitation only by the roof structure, the minimum permissible class is IP44But it's better to choose. IP65 or IP67.
The most popular solution is LED spotlights and linear lights. They are compact, do not heat up when working and instantly come out to full brightness. Unlike the old halogen lamps, LED modules not afraid of vibrations and frequent inclusions, which is important when using motion sensors.
It is also worth considering console lamps that are attached to the brackets to the support poles. They provide sidelight and create less glare on the car body. For decorative illumination, LED tapes are often used, but they can be used only in sealed profiles with a protection class not lower than the previous one. IP68.
Special attention should be paid to filament lamps in protected plafonds. They create a warm, cozy light that resembles home light, which can be nice in the evening. However, their energy efficiency is lower than that of diode analogues, and their service life is shorter.
Automation: Sensors and Smart Control
Turning on the lights manually every time you enter the house is uncomfortable and often forgotten. Process automation is a key element of a modern lighting system. The most common option is installation motion-sensor. The device responds to the movement of objects in the range and turns on the light only when it is really necessary.
When choosing a sensor, it is important to consider the viewing angle and range. For the canopy, optimal models with a capture angle of 120 degrees and a range of 6-8 meters. It is important to adjust the sensitivity correctly so that the light does not turn on from flying birds or swaying branches in the wind.
An alternative or supplement is astronomical relays and photo relay. They turn on lighting at dusk and turn off at dawn. Combining a motion sensor and a photo relay gives the best result: light only burns at night and only in the presence of a person or a car.
- 📡 Sensors can be wired (built into the circuit) or wireless (operated by batteries, but require replacement of elements).
- 📡 Smart sockets and relays allow you to control light from your smartphone via Wi-Fi, creating “I’m at home” scenarios.
- 📡 Time setting on sensors allows light to burn for another 10-60 seconds after a person leaves.
When installing a motion sensor, direct it so that the thermal radiation from the working engine of the newly arrived car does not cause false positives. It is best to put the sensor on the side of the parking area.
Connection schemes and wiring requirements
Safety is the number one priority when dealing with electricity on the street. All wiring shall be carried out by a double-insulated cable intended for external installation. Marking VWGng-LS or a special street cable KG (in corrugated) will do the best. The use of conventional wires is unacceptable.
Wires shall be connected only in sealed distribution boxes with protection class. IP65 and higher. The twists on the street quickly oxidize and cause a short circuit. Use terminals filled with contact lubrication or special cartridges for pressing.
A mandatory element of the circuit is a protective shutdown device (CCD) or a differential automatic. In conditions of humidity and possible water on the equipment, this will save lives. The current of leakage for the street group should be no more than 30 mA.
| Parameter | Recommended value | Note |
|---|---|---|
| Cable cross-section (copper) | 1.5 mm2 | For loads up to 3 kW |
| Protection of the machine | 10 A (Type C) | Lighting line protection |
| CCD | 30 m. | Definitely on the street |
| Goffra material | MHP (black) | UV-resistant. |
☑️ Pre-installing check
Energy Efficiency and Alternative Sources
The issue of energy saving is becoming more and more urgent. The transition to LED lighting reduces energy consumption by 8-10 times compared to incandescent lamps. The light flux remains the same or even increases.
An interesting solution for remote canopies, where it is difficult to pull the wiring, are autonomous solar-powered lamps. Modern models are equipped with powerful batteries and bright LED matrixThey can shine for 6-8 hours. However, in winter or in cloudy weather, their effectiveness may decrease.
For constant use, the scheme with network power and low-voltage lamps (12V) is best suited. The use of the 220/12V power supply increases electrical safety and allows for a wider range of equipment, including waterproof tapes.
⚠️ Attention! Do not use cheap power supplies without protection from moisture and dust. Even under a canopy, condensate or dust can penetrate into them, which will lead to the failure of the entire lighting system.
Cost-benefit calculation of LED lamps
If you replace 3 incandescent lamps of 100 watts with LEDs of 15 watts, when working 4 hours a day, the savings will be about 100 kWh per year. At the rate of 5 rubles / kWh, you will save 500 rubles per year only on one lighting point, not counting the cost of replacing burnt lamps.
Installation work with their own hands
The process of installing lighting under a canopy is quite possible to perform independently, if safety precautions are observed. The first step should always be the marking of the fixtures and cable lines. Use the building level to ensure that all elements are arranged smoothly.
Mounting the cable to the designs of the canopy carry out special clips or screeds resistant to ultraviolet light. The cable sagging is unacceptable, as wind can damage the insulation against the edge of the metal. If the canopy is metal, the cable is better to lay inside the metal hose or PVC corrugated.
After mounting all the elements, but before the final finish, be sure to conduct a test turn on. Check the operation of the sensors, the lack of heating of the contacts and the stability of the glow. Only after making sure that the system is serviceable, you can hide the wires in the cable channels.
- 🔧 To drill holes in the metal, use stepped drills so as not to damage the anti-corrosion coating.
- 🔧 All metal parts of the lamps must be grounded.
- 🔧 Use a ladder with wide legs for stability on the ground or gravel.
The main principle of street lighting installation is the tightness of all connections and reliable fixation of the cable, excluding its swinging in the wind.
Frequently Asked Questions (FAQ)
Can I use regular household wiring under the canopy?
No, you can't. Conventional cable (for example, PVC in white insulation) will quickly collapse under the influence of ultraviolet light and temperature changes. Use only a cable in a black polyethylene shell (HVG, KG) and be sure to hide it in corrugated.
What power lamp to choose for a canopy of 3x6 meters?
For LED lamps with a total power of 30-40 W (equivalent to 300 W of incandescent) will be quite enough for comfortable illumination. It is better to divide this power into 2-3 light sources for uniformity.
Do I need to ground metal lights?
Yes, I will. Since the canopy is a high humidity zone and the car body is a conductor, having grounding on all metal lighting elements is critical to protect against electric shock.
Why is the LED light flashing with a motion sensor?
A common reason is the incompatibility of the lamp and the sensor, or the presence of backlight in the switch, if it is in the circuit. This can also happen due to the wiring. Try replacing the lamp with another model or installing a condenser parallel to the lamp.