Significant reduction in running costs for electricity High-efficiency industrial LED lighting
The Mercury Pollution Control Law, which is a domestic law to take necessary measures based on the Minamata Convention on Mercury, which came into effect on August 16, 2017, has been enacted.
Due to the effectuation of regulations concerning the manufacture, etc. of specific mercury-using products based on Article 6 of the Mercury Pollution Control Act, the manufacture of products using mercury will be regulated, and imports and exports will also be regulated. The regulations also include lighting equipment, and from 2020 it will be inevitable to switch to LED.
LED lighting manufactured by ShinyU Light has achieved a significant performance difference compared to competitors due to its unique heat dissipation technology.
■ [Brighter] at the same power consumption as other companies
■ [Cheaper] at the same illuminance as other companies
■ Light source life is 72,000 hours [longer] than other companies
Due to this feature, it is possible to significantly reduce the electricity bill, which is the running cost including the air conditioning cost due to the lighting itself and heat.
Four strengths of ShinyU LED
01 Ultra-high-speed instantaneous heat dissipation design
Thorough design composition and unique technology uniform heat conduction plate make it possible to touch the light source with bare hands at the moment it is turned off.
Realized the heat dissipation function.
02 Strong wind, salt damage, cold resistance, waterproof and dustproof
We have a track record of passing all environmental tests. It is a lighting equipment that is resistant to environmental changes with little deterioration in performance even in harsh environments.
03 Optimizing light irradiation and freely manipulating light
Excellent glass optical design enables brighter, farther and more uniform light distribution.
Since the illuminance and light distribution angle can be controlled, the target can be illuminated in an optimal state.
04 Optimal LED lighting solution
We design and propose optimal lighting plans and simulations.
It is possible to evaluate the cost-effectiveness by comparing the introduction cost and power saving effect with the conventional cost.
Flow until introduction
Case study
Warehouse | Reduce the number of lights and electricity costs by concentrating light with lenses
In response to a request to replace other company's LED lighting in a high ceiling, we used a lens to focus the light in the necessary areas.
Reduce the number of lights while maintaining the conventional brightness.
Reduced electricity bills by 50% compared to LED lighting before the change.
Factory of construction machine manufacturer | Significant reduction in running costs while ensuring standard illumination
Eight LED manufacturers participated in a competition that required a standard illuminance of 350 Lux when introducing lighting fixtures. Adopted after an actual measurement review period of about one year.
Reason for adoption:
ShinyU achieves >400Lux on average with 120W products, while competitors can only achieve standard illumination >350Lux with 150W products.
We were able to significantly reduce running costs.
Gas station｜Energy saving and countermeasures against light pollution to the surrounding area
When switching from mercury lamps to LEDs, the important points are energy saving, long life, ensuring comfortable and safe brightness, and eliminating light leakage to the surroundings. A controllable product was requested.
Reason for adoption:
Light distribution by the optical lens of ShinyU LED realizes energy saving and countermeasure against light pollution to the surroundings.
Since the service station is close to the sea and the lighting is installed directly under the ceiling, the ShinyU LED has high durability against salt damage, dustproof and waterproof performance, high temperature resistance that can withstand the heat of summer, and a long light source life of 72,000 hours. It was evaluated that it can be used for a long time even in harsh environments due to its long service life.
Case article
Nagoya Otani High School Case Study
Contributing to the construction of a ground environment that considers the safety of students and the reduction of CO2 emissions
Nikken Kogyo Co., Ltd. Case Study
Achieved a power consumption reduction rate of 65% or more and an illumination increase of over 400%, greatly contributing to the reduction of power costs.
Nishitetsu Transportation Co., Ltd. Case Study
Contributing to SDGs by significantly reducing power consumption with optical lenses that can collect light