Everyone knows that LED display screens have been known for being eco-friendly since they were born (absolutely the traditional display products), but in practice, LED display products are called "electric tigers", especially It is on a hot summer day, and urban power consumption often presents "electricity shortage", which puts forward higher requirements for the power saving function of the LED display, and also means that an LED display with the advantages of power saving will be More popular with users. At present, the LED display products launched by Sanxin Technology for power saving.
These products have an obvious feature, that is, low power consumption. Under other conditions, the lower the power consumption, the lower the power consumption. The higher the power, the more power is consumed. For example, two LED display products P1 and P2 are known. The average power consumption of P1 is 300w / sq.m. The average power consumption of P2 is 133w / sq.m. The annual power consumption is 1533 degrees (300 ÷ 1000 × 14 × 365 = 1533 degrees), and the annual power consumption of 1 square meter P2 is 680 degrees (133 ÷ 1000 × 14 × 365 = 680 degrees), then 300 square meters The power consumption of rice P1 in one year is 460,000 kWh (1533 degrees × 300 = 460,000 kWh), and the power consumption of 300 square meters P2 in one year is 200,000 kWh (680 degrees × 300 = 200,000 kWh), the consequences are not It goes without saying that the annual electricity consumption of 300 square meters of P2 is much lower than that of 300 square meters of P1, which means that 300 square meters of P2 can save customers about 260,000 kWh per year (46 10,000 degrees-200,000 = 260,000 degrees), and this is obvious to customers who are striving to save power on large LED screens. Sanxinwei Technology LED display is 2 words: save money! The investment cost of an LED display includes steel structure, supporting equipment, operation cost and maintenance cost in addition to the purchase of products. The advantages of power saving LED display in power saving are highly praised by a wide range of users. Under normal circumstances, power saving means saving money. In addition to saving electricity, it can save a lot of money.
After the comparison between P1 and P2, we know that 300 square meters of P2 can save users 260,000 degrees a year, then 300 square meters of P2 can save users a lot of money in five years? Assuming the uniform power of P1 The power consumption is 300w / m2, the unit price is 5,000 yuan / m2, and then assume that the average power consumption of P2 is 133w / m2, the unit price is 6,000 yuan / m2, the industrial power consumption in the market is 1 yuan / degree, and the total cost of P2 power distribution and equipment About 300,000 (requested electricity, cable, distribution box, etc.), the power distribution and equipment cost of P1 is about twice that of P2.
With a five-year operating period, 300 square meters of P2 and 300 square meters of P1 cost are distinguished as : It can be seen from the above calculation: 300 square meters of P1 annual power consumption is 460,000 kWh, 300 square meters of P2 annual power consumption is 200,000 kWh, five-year operation total cost: total cost = product + electricity fee + distribution waterproof light fixture manufacturers https://www.ledwaterprooflighting.com/ Total cost of electricity and equipment P1 = product cost (5000 × 300) + electricity cost (460,000 kW × 5) + distribution and equipment (300,000 × 2) ≈439 (ten thousand yuan) P2 total cost = product (6000 × 300) + Electricity cost (200,000 kW × 5) + power distribution and equipment (300000) ≈ 311 (ten thousand yuan) In summary, the 300-square-meter P1 operation cost for five years is about 4.39 million yuan and P2 is about 3.11 million yuan, which means that 300 square meters P2 Camp 5 years for customers to save 128 million (439-311 = 128, unit: million). After calculating the operating cost of 300 square meters of P1 and 300 square meters of P2 for 5 years, we can draw a conclusion: the lower the power, the lower the operating cost, and the power consumption of the Absen X16 is 50% lower than that of the traditional cabinet. The great advantages of more than%, destined to have the advantage of being ahead of similar products in the industry in terms of cost savings. Sanxinwei Technology LED display is: low heat generation! Sanxinwei outdoor fixture outdoor LED display, when all screen devices, you need to think about the heat dissipation design. Due to the limitation of the location of the device, as the power consumption of the LED display decreases, more and more users will install the LED display outdoors in the nude, and there are no other auxiliary heat dissipation measures, so the low heat display is extremely heavy need. We know that the calorific value of the LED display is related to its power.
The greater the power, the greater the calorific value, and the smaller the power, the smaller the calorific value. From the practical use, we know that the low temperature has a great influence on the reliability of the LED display, and the low temperature will cause the probability of the electronic component to take effect to increase rapidly, thereby causing the reliability of the LED display to decrease. The current secondary electronic parts that generate heat outside the LED display are: LEDs, driver ICs, and switching power supplies, where the heat generated by the LED accounts for more than 50% of the heat generated by the entire screen. Taking the heat generated by the LED as an example, the electricity output to the LED can be converted into light as long as about 30%, and nearly 70% can be converted into heat. Under the same conditions, LEDs with low current tasks have a longer lifespan than LEDs with high current tasks, thereby extending the life of LED displays. In addition to this, the choice and design of the driver IC and switching power supply have extremely critical effects on the heat generation.
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These products have an obvious feature, that is, low power consumption. Under other conditions, the lower the power consumption, the lower the power consumption. The higher the power, the more power is consumed. For example, two LED display products P1 and P2 are known. The average power consumption of P1 is 300w / sq.m. The average power consumption of P2 is 133w / sq.m. The annual power consumption is 1533 degrees (300 ÷ 1000 × 14 × 365 = 1533 degrees), and the annual power consumption of 1 square meter P2 is 680 degrees (133 ÷ 1000 × 14 × 365 = 680 degrees), then 300 square meters The power consumption of rice P1 in one year is 460,000 kWh (1533 degrees × 300 = 460,000 kWh), and the power consumption of 300 square meters P2 in one year is 200,000 kWh (680 degrees × 300 = 200,000 kWh), the consequences are not It goes without saying that the annual electricity consumption of 300 square meters of P2 is much lower than that of 300 square meters of P1, which means that 300 square meters of P2 can save customers about 260,000 kWh per year (46 10,000 degrees-200,000 = 260,000 degrees), and this is obvious to customers who are striving to save power on large LED screens. Sanxinwei Technology LED display is 2 words: save money! The investment cost of an LED display includes steel structure, supporting equipment, operation cost and maintenance cost in addition to the purchase of products. The advantages of power saving LED display in power saving are highly praised by a wide range of users. Under normal circumstances, power saving means saving money. In addition to saving electricity, it can save a lot of money.
After the comparison between P1 and P2, we know that 300 square meters of P2 can save users 260,000 degrees a year, then 300 square meters of P2 can save users a lot of money in five years? Assuming the uniform power of P1 The power consumption is 300w / m2, the unit price is 5,000 yuan / m2, and then assume that the average power consumption of P2 is 133w / m2, the unit price is 6,000 yuan / m2, the industrial power consumption in the market is 1 yuan / degree, and the total cost of P2 power distribution and equipment About 300,000 (requested electricity, cable, distribution box, etc.), the power distribution and equipment cost of P1 is about twice that of P2.
With a five-year operating period, 300 square meters of P2 and 300 square meters of P1 cost are distinguished as : It can be seen from the above calculation: 300 square meters of P1 annual power consumption is 460,000 kWh, 300 square meters of P2 annual power consumption is 200,000 kWh, five-year operation total cost: total cost = product + electricity fee + distribution waterproof light fixture manufacturers https://www.ledwaterprooflighting.com/ Total cost of electricity and equipment P1 = product cost (5000 × 300) + electricity cost (460,000 kW × 5) + distribution and equipment (300,000 × 2) ≈439 (ten thousand yuan) P2 total cost = product (6000 × 300) + Electricity cost (200,000 kW × 5) + power distribution and equipment (300000) ≈ 311 (ten thousand yuan) In summary, the 300-square-meter P1 operation cost for five years is about 4.39 million yuan and P2 is about 3.11 million yuan, which means that 300 square meters P2 Camp 5 years for customers to save 128 million (439-311 = 128, unit: million). After calculating the operating cost of 300 square meters of P1 and 300 square meters of P2 for 5 years, we can draw a conclusion: the lower the power, the lower the operating cost, and the power consumption of the Absen X16 is 50% lower than that of the traditional cabinet. The great advantages of more than%, destined to have the advantage of being ahead of similar products in the industry in terms of cost savings. Sanxinwei Technology LED display is: low heat generation! Sanxinwei outdoor fixture outdoor LED display, when all screen devices, you need to think about the heat dissipation design. Due to the limitation of the location of the device, as the power consumption of the LED display decreases, more and more users will install the LED display outdoors in the nude, and there are no other auxiliary heat dissipation measures, so the low heat display is extremely heavy need. We know that the calorific value of the LED display is related to its power.
The greater the power, the greater the calorific value, and the smaller the power, the smaller the calorific value. From the practical use, we know that the low temperature has a great influence on the reliability of the LED display, and the low temperature will cause the probability of the electronic component to take effect to increase rapidly, thereby causing the reliability of the LED display to decrease. The current secondary electronic parts that generate heat outside the LED display are: LEDs, driver ICs, and switching power supplies, where the heat generated by the LED accounts for more than 50% of the heat generated by the entire screen. Taking the heat generated by the LED as an example, the electricity output to the LED can be converted into light as long as about 30%, and nearly 70% can be converted into heat. Under the same conditions, LEDs with low current tasks have a longer lifespan than LEDs with high current tasks, thereby extending the life of LED displays. In addition to this, the choice and design of the driver IC and switching power supply have extremely critical effects on the heat generation.
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