Energy

3KW (storage 7KWH) wind and solar hybrid power generation system - colloidal battery According to the actual power consumption data, the configuration is as follows: Product name Modle No. Power Voltage Quantity vertical axis wind turbine OTO-S2000-V1 500W DC48V 1set Fan controller   500W DC48V 1pc Panel   300W DC30V 8pc Inverter control machine DC48-AC220 3000W   1pc Gel battery 12V/150Ah     4pcs Motor connection flange       1pc

model solar panel size  solar panel  li battery light source 5730 Lamp body size Carton size PCS/box  weight/box Factory price 6 cells 180W 335*360 6V18W 15AH 480 pcs 350*80*450       224 8 cells 240W 335*510 6V25W 20AH 640 pcs 350*80*600       282 10 cells 300W 335*590 6V30W 25AH 800 pcs 350*80*680       332 12 cells 360W 335*670 6V35W 30AH 960 pcs 350*80*760       382 Key Features Integrated solar street light Design: The solar panel, battery, and LED light are all combined into one unit, simplifying installation and reducing maintenance costs. Energy Efficient: Powered by high-efficiency solar panels, our Commercial Solar LED Street Light reduces energy consumption and helps cut electricity costs. Long Lifespan: Built with durable materials, these lights can withstand harsh weather conditions, ensuring long-term reliability. Smart Control Options: Featuring motion sensors and automatic on/off capabilities, these lights can be customized for optimal performance, enhancing security while conserving energy.

Depends on different working conditions,4～6 pcs 300w solar panels can operate the system to work up to 10 hours per day.6~8 pcs 300w panels up to 16 hours.8~12 pcs 300w panels up tó 20~24 hours. The battery and charge controller must be sized appropriately. Solar Aircondictioner Specifications Model AC Power DC Power Cooling Capacity Heating Capacity Cooling Power Input Heating Power Input Indoor/ outdoor Net Weight Indoor Net Size Outdoor Net Size KFR-26GW/BPQA 220V 50/60Hz 42-60V 9000BTU 9500BTU 100-850W 120-880W 9.6/39 870x270x360 900x400x600 KFR-35GW/BPQA 12000BTU 13000BTU 110-1300W 130-1350W 9.6/42 870x270x360 900x400x600 KFR-50GW/BPQA 18000BTU 19000BTU 140-1650W 200-1710W 12.5/44 1035x305x380 900x400x600 KFR-70GW/BPQA 24000BTU 25000BTU 240-1980W 260-2039W 15.2/59 1120x310x405 1063x457x780 KFR-90GW/BPQA 30000BTU 31000BTU 320-2300W 350-2410W 15.2/69 1120x310x405 1090x500x860 KFR-100GW/BPQA 36000BTU 37500BTU 350-2600W 390-2700W 15.2/73 1120x310x405 1090x500x860

Muller Energy is Australia’s leading provider of high-quality lithium batteries, trusted for their durability and performance. Designed by expert engineers, our batteries are crafted with precision to meet the diverse needs of our customers. We focus on innovation, efficiency, and reliability, ensuring that every product we deliver exceeds industry standards. Whether for personal, commercial, or industrial use, Muller Energy provides cutting-edge energy solutions that offer long-lasting, top- tier performance.

Micronized waxes have good lubricating properties and can reduce the friction of inks during the printing process, thus improving the abrasion and scratch resistance of inks. For example, in water-based inks, the wax powder can prevent printed materials from sticking to each other when stacking, especially in high temperature environment, this property is especially important. Micronized wax can be used as a matting agent to reduce the gloss of the ink by the distribution of its particles on the surface of the ink, so that the printed matter has a matte effect. Micronized wax can be evenly distributed in the ink to improve the smoothness and feel of the coating. At the same time, it can also enhance the dispersion of pigment, so that the pigment coloring strength is increased. In oil-based ink, micronized wax can form a wetting film on the ink surface, making the ink surface smoother, more even and flat.

Micronized waxes have good lubricating properties and can reduce the friction of inks during the printing process, thus improving the abrasion and scratch resistance of inks. For example, in water-based inks, the wax powder can prevent printed materials from sticking to each other when stacking, especially in high temperature environment, this property is especially important. Micronized wax can be used as a matting agent to reduce the gloss of the ink by the distribution of its particles on the surface of the ink, so that the printed matter has a matte effect. Micronized wax can be evenly distributed in the ink to improve the smoothness and feel of the coating. At the same time, it can also enhance the dispersion of pigment, so that the pigment coloring strength is increased. In oil-based ink, micronized wax can form a wetting film on the ink surface, making the ink surface smoother, more even and flat.

As an important additive, micronized wax has an irreplaceable role in the field of ink coatings. It can significantly improve the surface properties of ink coatings, enhance scratch resistance, abrasion resistance, anti-adhesion, as well as improve the feel and control the gloss. In addition, the micronized wax can prevent pigment settling and cooperate with matte powder to produce matte paint. There is a wide range of micronized waxes, mainly including Fischer-Tropsch waxes, polyethylene waxes, polypropylene waxes, polytetrafluoroethylene waxes and modified micronized waxes. Among them, Fischer-Tropsch wax is a kind of unbranched linear wax with low melting point and excellent smoothness and dispersibility; polyethylene wax has excellent anti-friction, anti-scratch, anti-adhesion and light retention; polypropylene wax has higher softening point and hardness, and has outstanding anti-adhesion and abrasion resistance; polytetrafluoroethylene wax has a high melting point, high density, and has excellent comprehensive performance, but is difficult to be dispersed and has a higher price; and modified micronized wax combines many advantages by modifying other waxes through a specific process. Modified micronized waxes combine the advantages of other waxes through a specific process.

As an important additive, micronized wax has an irreplaceable role in the field of ink coatings. It can significantly improve the surface properties of ink coatings, enhance scratch resistance, abrasion resistance, anti-adhesion, as well as improve the feel and control the gloss. In addition, the micronized wax can prevent pigment settling and cooperate with matte powder to produce matte paint. There is a wide range of micronized waxes, mainly including Fischer-Tropsch waxes, polyethylene waxes, polypropylene waxes, polytetrafluoroethylene waxes and modified micronized waxes. Among them, Fischer-Tropsch wax is a kind of unbranched linear wax with low melting point and excellent smoothness and dispersibility; polyethylene wax has excellent anti-friction, anti-scratch, anti-adhesion and light retention; polypropylene wax has higher softening point and hardness, and has outstanding anti-adhesion and abrasion resistance; polytetrafluoroethylene wax has a high melting point, high density, and has excellent comprehensive performance, but is difficult to be dispersed and has a higher price; and modified micronized wax combines many advantages by modifying other waxes through a specific process. Modified micronized waxes combine the advantages of other waxes through a specific process.

thường dùng chung với các loại bếp nướng dã ngoại hoặc bếp nướng BBQ gia đình, quán ăn, nhà hàng trên thị trường hiện nay. Đây là các loại than sạch được áp dụng khoa học kỹ thuật vào trong sản xuất, nhằm hạn chế và loại bỏ hầu hết khói trong quá trình sử dụng. Khác với than củi truyền thống thường có hình thù gồ ghề, to nhỏ không đồng nhất, của cây gỗ. Than không khói có thể tạo hình tự do thành các khối tối ưu cho việc vận chuyển và cất giữ. Được tạo hình với độ nén cao, than không khói có trọng lượng nặng hơn và mật độ dày hơn than củi. Vì vậy than không khói cũng cho thời lượng cháy lâu hơn, tiết kiệm hơn và không bị nổ, văng lửa trong quá trình đốt cháy. Than không khói sử dụng khoa học kỹ thuật trong sản xuất than để hạn chế tối đa khói sinh ra trong qua trình đốt than. Khác với loại than củi đen được sử dụng từ xưa đến nay, nhắc đến than là có khói khi đốt. Khói sinh ra từ than củi khi đốt sẽ sinh là khí lưu huỳnh và CO, đây là những khí có hại cho sức khỏe người sử dụng và mọi người xung quanh. Than không khói giúp thức ăn không bị hấp thu các khí độc, đặc biệt là khí lưu huỳnh, gây ảnh hưởng sức khỏe. An toàn hơn cho người sử dụng. Loại bỏ các rủi ro khi chẻ, đập than củi đen truyền thống. Chỉ việc lấy ra và xếp lên bếp cho vừa vặn. Than không nổ, không bắn tia lửa khi mồi nhờ mật độ vật liệu bên trong kín và chặt. Thời gian cháy lâu hơn gấp 1.5 lần nếu so sánh cùng một đơn vị thể tích. Nhiệt độ tỏa ra cao hơn và đều hơn cá loại than thông thường như than củi, than tổ ong,… Chất lượng phù hợp, ổn định hơn. Sau khi dùng không hết có thể dập bằng nước để sử dụng cho lần sau. Rất tiết kiệm Chi phí hiệu quả hơn nếu tính trên giá thành và nhiệt lượng cộng thời gian đốt cháy. Ít tro tàn. Lượng tro sau khi đốt có xu hướng cố định thành hình khối, không bị bay lung tung. Cải thiện chất lượng không khí. Hạn chế tác động tiêu cực ra môi trường. Có thể sử dụng tại nhiều thiết bị, không gian. Đặc biệt là các không gian kín và có độ thoáng kém trong đô thị. Đặc biệt, không mùi là một ưu điểm quan trọng của than không khói. Than không khói được sản xuất trong quy trình có sự kiểm soát carbon hóa than để loại bỏ phần lớn tạp chất và chất bốc phát sinh khói, mùi hôi. Than sạch không khói có hàm lượng carbon cực cao, cá biệt lên tới 98%. Ví dụ như than trắng binchotan có nguồn gốc xuất xứ từ Nhật Bản. Nếu bạn là người sành ăn, thường đến những nhà hàng nướng cao cấp Nhật Bản hoặc Hàn Quốc, bạn sẽ luôn cảm thấy mùi vị của món nướng thật thơm ngon, không có mùi hôi khó chịu và vô cùng sạch sẽ. Do đó, than sạch không khói hiện nay đang dần thay thế các loại than củi đen – than hoa thông thường. kích thước như sau: Đường kính: 4.5 cm Độ dài: 8 – 15 cm

The application of micronized wax in ink is mainly reflected in the following aspects: Improvement of scratch resistance and abrasion resistance: micronized wax can enhance the scratch resistance and abrasion resistance of ink, so that the ink is not easy to be scratched or abraded in the printing process. Improve the handfeel: micronized wax can improve the slipperiness of the ink and make the print feel smoother. Controlling glossiness: micronized wax can adjust the glossiness of ink to meet different printing needs. Prevent pigment from settling: micronized wax can prevent pigment from settling in the ink and ensure the color consistency of the printed matter. The application of micronized waxes in coatings is also important: Improvement of scuffing resistance: Micronized waxes can enhance the scuffing resistance of coatings and make the coating surface more durable. Anti-adhesion: Micronized waxes have anti-adhesion properties, which make the coating surface less likely to adhere to other substances. Adjustment of leveling: Micronized waxes improve the leveling of coatings and make them smoother during application. Enhance hardness: by adding micronized wax, the hardness of the coating can be improved, making it more wear-resistant.

The application of micronized wax in ink is mainly reflected in the following aspects: Improvement of scratch resistance and abrasion resistance: micronized wax can enhance the scratch resistance and abrasion resistance of ink, so that the ink is not easy to be scratched or abraded in the printing process. Improve the handfeel: micronized wax can improve the slipperiness of the ink and make the print feel smoother. Controlling glossiness: micronized wax can adjust the glossiness of ink to meet different printing needs. Prevent pigment from settling: micronized wax can prevent pigment from settling in the ink and ensure the color consistency of the printed matter. The application of micronized waxes in coatings is also important: Improvement of scuffing resistance: Micronized waxes can enhance the scuffing resistance of coatings and make the coating surface more durable. Anti-adhesion: Micronized waxes have anti-adhesion properties, which make the coating surface less likely to adhere to other substances. Adjustment of leveling: Micronized waxes improve the leveling of coatings and make them smoother during application. Enhance hardness: by adding micronized wax, the hardness of the coating can be improved, making it more wear-resistant.

The application of micronized wax in ink is mainly reflected in the following aspects: Improvement of scratch resistance and abrasion resistance: micronized wax can enhance the scratch resistance and abrasion resistance of ink, so that the ink is not easy to be scratched or abraded in the printing process. Improve the handfeel: micronized wax can improve the slipperiness of the ink and make the print feel smoother. Controlling glossiness: micronized wax can adjust the glossiness of ink to meet different printing needs. Prevent pigment from settling: micronized wax can prevent pigment from settling in the ink and ensure the color consistency of the printed matter. The application of micronized waxes in coatings is also important: Improvement of scuffing resistance: Micronized waxes can enhance the scuffing resistance of coatings and make the coating surface more durable. Anti-adhesion: Micronized waxes have anti-adhesion properties, which make the coating surface less likely to adhere to other substances. Adjustment of leveling: Micronized waxes improve the leveling of coatings and make them smoother during application. Enhance hardness: by adding micronized wax, the hardness of the coating can be improved, making it more wear-resistant.

The application of micronized wax in ink is mainly reflected in the following aspects: Improvement of scratch resistance and abrasion resistance: micronized wax can enhance the scratch resistance and abrasion resistance of ink, so that the ink is not easy to be scratched or abraded in the printing process. Improve the handfeel: micronized wax can improve the slipperiness of the ink and make the print feel smoother. Controlling glossiness: micronized wax can adjust the glossiness of ink to meet different printing needs. Prevent pigment from settling: micronized wax can prevent pigment from settling in the ink and ensure the color consistency of the printed matter. The application of micronized waxes in coatings is also important: Improvement of scuffing resistance: Micronized waxes can enhance the scuffing resistance of coatings and make the coating surface more durable. Anti-adhesion: Micronized waxes have anti-adhesion properties, which make the coating surface less likely to adhere to other substances. Adjustment of leveling: Micronized waxes improve the leveling of coatings and make them smoother during application. Enhance hardness: by adding micronized wax, the hardness of the coating can be improved, making it more wear-resistant.

The application of micronized wax in ink is mainly reflected in the following aspects: Improvement of scratch resistance and abrasion resistance: micronized wax can enhance the scratch resistance and abrasion resistance of ink, so that the ink is not easy to be scratched or abraded in the printing process. Improve the handfeel: micronized wax can improve the slipperiness of the ink and make the print feel smoother. Controlling glossiness: micronized wax can adjust the glossiness of ink to meet different printing needs. Prevent pigment from settling: micronized wax can prevent pigment from settling in the ink and ensure the color consistency of the printed matter. The application of micronized waxes in coatings is also important: Improvement of scuffing resistance: Micronized waxes can enhance the scuffing resistance of coatings and make the coating surface more durable. Anti-adhesion: Micronized waxes have anti-adhesion properties, which make the coating surface less likely to adhere to other substances. Adjustment of leveling: Micronized waxes improve the leveling of coatings and make them smoother during application. Enhance hardness: by adding micronized wax, the hardness of the coating can be improved, making it more wear-resistant.