S9 is better than S11
S11 has lower no-load loss than S9, saving energy. In fact, it has no great influence on the users themselves, and it has no influence on the power loss of the power bureau. Amorphous alloy material is a new type of alloy material that came out in the 1970s. It uses the international advanced super cooling technology to directly cool the liquid metal at a cooling rate of 1x10
6 power C / s to form a solid ribbon of 0.02-0.04mm, which has a short-range order in the atomic arrangement This kind of alloy has many unique properties, such as excellent magnetism, corrosion resistance, wear resistance, high hardness, high strength, high resistivity and so on. Iron based amorphous alloy core has high saturation magnetic inction, low coercivity, low loss (equivalent to 1 / 3-1 / 5 of silicon steel sheet), low excitation current and good temperature stability. The no-load loss of distribution transformer made of amorphous alloy is 70% - 80% lower than that of S9 series transformer made of silicon steel sheet, the no-load current is 40% - 60% lower than S9, and the load loss is 20% - 30% lower than S9 and S7
the S11 model should be better, with less loss and energy saving than the S9 model. Compared with the S9 model, the no-load loss of the S11 model is reced by 30% on average, and the annual operation cost is reced by 11.68% on average, but the price is higher than that of the S9 model
S9 and S11 are the model number and serial number. Difference between S9 type and S11 type transformer: taking 315KV as an example, S11 series low loss distribution transformer is a new type of energy-saving transformer. Compared with S9 series low loss transformer, the annual loss of each distribution transformer is 10.85% lower on average and 2.16 yuan lower per KVA on average
Based on the proct structure and manufacturing experience of S9 type, S11 series laminated distribution transformer is developed. High quality oriented cold rolled silicon steel sheet is adopted. A new laminated structure is adopted to improve the magnetic circuit structure. This series of procts can make full use of the existing equipment resources in proction and manufacturing, without adding new equipment and new investment; Compared with S9 type procts, the proct structure has little change, which can give full play to the original proction experience and help to maintain the stability of proct qualityS11 series distribution transformer with amorphous alloy core. Amorphous alloy material is very thin, low magnetic density, hardness is five times of silicon steel sheet, processing shear is very difficult, generally by heating the edge shear to obtain a good shear plane, so the section of amorphous alloy transformer core is rectangular, the corresponding winding is also rectangular. The core structure of single-phase amorphous alloy core transformer is a frame. The structure of three-phase transformer is composed of four frames, which is a three-phase five column structure. Generally, the high-voltage connection group of three-phase amorphous alloy transformer is d connection
This paper introces the S11 series distribution transformer with R-type winding structure. Using the stator computer technology, the cold-rolled oriented silicon steel sheet is processed by a special computer-controlled curve rolling shear machine, cut into a linear steel strip with continuous width change, and then wound into a closed iron core, whose cross-section shape is approximately pure circle, so it is called R-type iron corestructural features: the iron core of 11 series distribution transformer is a circular three-stage seam laminated structure. Some local improvements have been made to the insulation structure of the proct, which expands the application scope of high-voltage cylindrical winding, changes the effective support of high-voltage and voltage winding end face, and adopts new hanging plate and lead clamping mode, etc. At the same time, some new materials, new components and new fasteners are used to make the proct reach a higher level in performance and structure
2, 10kV S9, S11 fully sealed transformer, the introction of new technology, the use of fully oil filled sealed type, no oil conservator, transformer e to temperature and load changes caused by oil changes, completely by the transformer tank elasticity to adjust, its no-load loss is 30% lower than S7, lightning impulse resistance, short circuit resistance, energy saving effect is more obvious, and rece the size of the transformer, It is a new energy-saving proct in China. The no-load loss of transformer is reced by 10% annually and the load loss is reced by 20% annually
3. Transformer is a device that uses the principle of electromagnetic inction to change the AC voltage. Its main components are primary coil, secondary coil and iron core (magnetic core). The main functions are: voltage conversion, current conversion, impedance conversion, isolation, voltage stabilization (magnetic saturation transformer), etc. It can be divided into: power transformer and special transformer (furnace transformer, rectifier transformer, power frequency test transformer, voltage regulator, mine transformer, audio transformer, intermediate frequency transformer, high frequency transformer, impact transformer, instrument transformer, electronic transformer, reactor, mutual inctor, etc.). T is often used as the beginning of the circuit symbol number. Example: T01, t201, etc.
1. Screen: 5.8 inches (right angle) / 5.6 inches (rounded), 18.5:9 full view curved screen
2. Size (height * width * thickness): 147.7 x 68.7 x 8.5mm, weight 163g
3. Shell color: Enigma night black, Rhine blue, sunset haze purple, Burgundy Red (subject to actual sales)< Memory: the total ROM memory is 64GB / 128GB; The total ram is 4GB
5. CPU (processor): 2.8GhZ, 1.7GHz snapdragon 845 8-core processor
6. Camera: the rear camera is full pixel al aperture 12 million pixels (f1.5 / F2.4), supporting OIS optical anti shake; The front camera is 8 megapixels (f1.7 aperture)
7. USB type-C interface is adopted
8. The battery capacity is 3000mAh< The main highlights of S9 are as follows:
1. Freezing time shooting: the ultra-high speed sensor captures the moment with an amazing 960 frames per second, so that the wonderful is no longer fleeting
2. Intelligent variable aperture: f1.5/f2.4 al aperture mode, classified variable aperture, which can automatically adapt to strong light and ultra-low light environment like human eyes. So that the shooting is no longer troubled by the light environment
3. Dynamic shooting: create an animated version of yourself, and generate your own emoticons with different actions and expressions. At the same time, dynamic cute video can make you become an animation star by recognizing facial expressions and actions, and then refuse to chat
4. Bixby vision: just turn on the camera to take a picture and call up Bixby vision to display the information you want to know. Restaurants, fitness, shopping... Farewell to lost
5. Intelligent scanning: it combines the rapidity of face recognition with the accuracy of iris recognition. When unlocking the screen, intelligent scanning can judge the light conditions by itself, and select face or iris to unlock, making your use more convenient.
overall, I don't think it's worth it. But look at the current MP4 market. If you have enough funds, you can buy it. It's not worth it if it's all over the place
there are many factors for out of sync. There are chips, but also their own film resolution. If the film itself has large capacity and high resolution, there will be such a phenomenon.
2, 10kV S9, S11 fully sealed transformer, the introction of the new technology of Shenyang Transformer Research Institute, the use of fully oil filled sealed type, no oil conservator, transformer e to temperature and load changes caused by oil changes, completely by the elastic transformer tank to adjust, its no-load loss is 30% lower than S7, lightning impact resistance, short circuit resistance, energy saving effect is more obvious, It is a new energy-saving proct in China. The no-load loss of deteli transformer is reced by 10% annually and the load loss is reced by 20% annually.