A method of energy storage luminous paint assisted highway tunnel lighting
An energy-storage luminescence and lighting method technology, which is applied in the field of road and bridge engineering, can solve the problems of tunnel safety hazards, large lighting power consumption, high operation and management costs, and achieve the effect of saving electric energy and reducing the maintenance of brightness
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Embodiment 1
[0020] Example 1: Jihuang Expressway Yueshan No. 2 Tunnel: one-way two-lane, design speed 80km / h, length of the left side of the tunnel 184m, tunnel length 145m, cancel the design of lighting fixtures, directly use energy storage luminous paint for tunnel auxiliary lighting , specifically within the range of 0-60m from the entrance and exit of the tunnel, the energy-storage luminescent paint is sprayed on the entire section, and within the remaining length of the tunnel, the wall surface of the arch walls on both sides with a height of less than 2.1m is used. Spray energy-storage luminescent paint on the top, and at the same time, spray energy-storage luminescent paint on the 30cm high range of the side wall curb of the tunnel cable trench. See Table 1 for the illuminance test data in the tunnel during operation.
[0021] Table 1 Yueshan No. 2 Tunnel Lighting Brightness in Operation
[0022]
Embodiment 2
[0023] Example 2: Lingbei Tunnel of Provincial Highway S217 in Anhui Province: two-lane tunnel, open to traffic in both directions, the design speed in the tunnel is 40km / h, the tunnel length is 122m, no lighting fixtures are designed, the design of lighting fixtures is cancelled, and the energy storage luminous paint is directly used for tunnel assistance For lighting, specifically, within the range of 0-40m from the entrance and exit of the tunnel, the energy-storage luminescent paint is sprayed on the entire section, and within the remaining length of the tunnel, the walls of the arch walls on both sides with a height of less than 3m are used Spray energy-storage luminescent paint on the top, and at the same time, spray energy-storage luminescent paint on the 30cm high range of the side wall curb of the tunnel cable trench. See Table 2 for the illuminance test data in the tunnel during operation.
[0024] Table 2 Test of lighting parameters in the operation of Lingbei Tunne...
Embodiment 3
[0026] Example 3: For a tunnel with a length of 165m, cancel the design of lighting fixtures, and directly use energy storage luminous paint for auxiliary lighting of the tunnel. For the remaining length of the tunnel, energy-storage luminescent paint is sprayed on the walls of the arch walls on both sides with a height of less than 2.5m. At the same time, energy-storage luminescent paint is sprayed on the 30cm high range of the side wall curb of the tunnel cable trench coating;
[0027] Specifically, in Example 3, within the range of 0 to 60 m from the entrance and exit of the tunnel, the energy-storage luminescent paint is sprayed on the entire section because the following experimental results show that the scattering and attenuation length of natural light within the length of the entrance and exit of the tunnel is basically The height does not exceed 60m. After 60m, the influence of natural light on lighting is very small. Within the range of 0-60m from the entrance and e...
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