Prisma Light contributes to target 7.3 on increasing energy efficiency by 2030.

	LED technology • Prisma Light instead of mercury: Save 90% • Prisma Light instead of high-pressure sodium: Save over 60%
	Light calculation A light calculation indicates/recommends which wattage, luminaires, etc. that are necessary to meet the requirements. With a light calculation, we can ensure that no unnecessary energy is consumed. The calculations also make it possible to compare different luminaires and choose the most energy-efficient solution.
	Nighttime reduction Nighttime reduction results in lower power and energy consumption during the night.
	Presence control With presence control, even more energy is saved than with nighttime reduction. This contributes further to target 7.3 on increased energy efficiency.

Prisma Light contributes to target 9.1 on sustainable infrastructure.

	Light calculation A sustainable infrastructure should include outdoor lighting based on traffic safety and well-founded decisions. These decisions are made using a light calculation that ensures that the requirements are met.
	Presence control A sustainable infrastructure should include street lights that does not illuminate more than necessary, since that has negative effects on both ecosystems and energy consumption.

Prisma Light contributes to target 11.6 of reducing cities’ environmental impact.

	LED technology Since LED technology requires less energy than older technologies, energy consumption in cities decreases when LED luminaires replace older versions.
	Control systems We offer Zhaga and Nema sockets as control options. These are future-proof solutions that create networks. Solutions of this kind are expected to become an integral part of the smart city in the future.

Prisma Light contributes to target 12.2 on sustainable management and use of natural resources.

	LED technology Prisma Light (luminaires with LED technology) contributes to target 12.2 of sustainable management and use of natural resources, as less electricity is required to operate them compared to previous technologies.
	Nighttime reduction Luminaires with nighttime reduction require less energy than older technologies, which contributes to target 12.2 of sustainable management and use of natural resources.

Prisma Light contributes to goal 13 on climate action in general.

	LED technology According to SCB, about 40% of Sweden’s electricity production consisted of electricity from fossil sources in 2021. One way to reduce the need for fossil-generated electricity is simply to reduce the energy consumption of the devices we use. Using LED technology is one way to do that.
	Light calculation With a light calculation, solutions can be compared, making it possible to choose the most energy-efficient one. This way, we reduce the need for fossil-generated electricity.
	Nighttime reduction A lower power consumption during certain periods of the day reduces the need for energy and thus the need for fossil-generated electricity.
	Presence control With presence control, we can achieve even more energy savings than with nighttime reduction – see comparison here. This reduces the demand for fossil-generated electricity further.

Prisma Light contributes to target 15.5, on protecting biodiversity and natural habitats.

	Light calculation With light calculations, we can project and ensure that the light does not “spill over” into areas that should not be illuminated, such as ecologically sensitive environments.
	Presence control Research has shown that light pollution can have negative effects on wildlife. With presence control, you can choose to have a lower amount of power or to have the lighting switched off when no one is nearby. This can help with creating a better environment for nocturnal animals without compromising the safety of humans.