Guide to Buy Portable Power Station and Solar Panel in Hives Power
After years of portable power station and solar panel's development, Hives Power Technology Co., Ltd. grasps more opportunities in the industry. As customers prefer appealing design, the product is designed to be more versatile in appearance. Besides, as we emphasize the importance of quality inspection in each production section, the product repair rate has greatly decreased. The product is bound to manifest its influence in the market.
'These products are the best I have ever seen'. One of our customers gives the evaluation of Hives Power. Our customers regularly communicate words of praise to our team members and that is the best compliment we can receive. Indeed, the quality of our products is excellent and we have won many awards at home and abroad. Our products are ready to spread over the world
We have worked hard to increase the customer satisfaction levels through Hives Power. We have cultivated the service team to make courteous and empathetic interactions with customers. Our service team also pays prompt attention to emails and phone calls to maintain good relations with our customers. They will follow through with the customers until the problem is fully resolved.
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Hilong power-tool batteries are made of high-quality and high discharge rate batteries, which provide more powerful discharge performance, longer run time, and cycle life. All high-discharge power-tool batteries are compatible with original power tools.
Remote Control (RC) cars are an exhilarating hobby, offering the thrill of high-speed races and off-road adventures. However, one aspect that often gets overlooked amidst the excitement is the proper care of the RC car's battery. Charging and storing your RC car battery safely is not only crucial for the longevity of the battery but also for your safety and the well-being of your vehicle.
Charging Your RC Car Battery Safely
● Use the Right Charger
Always use a charger that is specifically designed for your RC car battery type. LiPo (Lithium Polymer) batteries are commonly used in RC cars, and they require a charger compatible with their chemistry. Using the wrong charger can lead to overcharging or damage to the battery.
● Select the Correct Charging Mode
Li-PO RC car battery usually has different cell counts (2S, 3S, 4S, etc.). Ensure that you select the correct charging mode on your charger that corresponds to the cell count of your battery. Charging in the wrong mode can result in imbalanced cells and reduced performance.
● Use a Fireproof Charging Bag
To minimize the risk, always charge your batteries in a fireproof charging bag or container.
● Monitor the Charging Process
Keep a close eye on the charging process. Never leave the battery unattended while it's charging. If you notice any swelling, hissing, or unusual odor, stop the charging process immediately and safely disconnect the rechargeable battery for RC car.
● Charge in a Well-Ventilated Area
It's always recommended to charge your RC car batteries in a well-ventilated area.
● Storage Voltage
If you don't plan to use your RC car for an extended period after charging, it's advisable to store your LiPo battery at around 50-60% of its full charge. This helps prolong the battery's lifespan and ensures it doesn't get stressed from being fully charged for a long time.
Storing Your RC Car Battery Safely
● Discharge to Storage Voltage
If your battery is fully charged and you don't plan to use it immediately, discharge it to the recommended storage voltage. Modern chargers often have a storage mode that facilitates this process.
● Keep Batteries Cool
When storing your RC car batteries, avoid exposing them to extreme temperatures. High temperatures can accelerate battery degradation while freezing temperatures can damage the cells. Aim for a cool and dry storage location.
● Avoid Mechanical Stress
Store your batteries in a way that prevents physical stress on the cells. Avoid stacking heavy objects on top of them, and make sure they are secured to prevent any accidental drops or impacts.
● Regularly Check Battery Health
Even when not in use, it's important to check your battery's health periodically. LiPo batteries can self-discharge over time, and if a cell's voltage drops too low, it can become unstable. Use a battery checker to ensure all cells maintain a balanced voltage.
● Use Battery Cases or Bags
To further enhance safety during storage, consider placing your batteries in specialized battery cases or bags. These not only protect the batteries from damage but also provide an extra layer of containment in case of any unforeseen issues.
Conclusion
Properly charging and storing your RC car battery is an integral part. By following these guidelines, you'll not only extend the lifespan of your battery but also ensure your safety and the safety of those around you. Remember to always use the correct charger, monitor the charging process, and store your batteries in a cool and safe location. With the right care, your RC car battery will provide you with countless hours of thrilling rides and exciting adventures.
Charging Your RC Car Battery Safely
● Use the Right Charger
Always use a charger that is specifically designed for your RC car battery type. LiPo (Lithium Polymer) batteries are commonly used in RC cars, and they require a charger compatible with their chemistry. Using the wrong charger can lead to overcharging or damage to the battery.
● Select the Correct Charging Mode
Li-PO RC car battery usually has different cell counts (2S, 3S, 4S, etc.). Ensure that you select the correct charging mode on your charger that corresponds to the cell count of your battery. Charging in the wrong mode can result in imbalanced cells and reduced performance.
● Use a Fireproof Charging Bag
To minimize the risk, always charge your batteries in a fireproof charging bag or container.
● Monitor the Charging Process
Keep a close eye on the charging process. Never leave the battery unattended while it's charging. If you notice any swelling, hissing, or unusual odor, stop the charging process immediately and safely disconnect the rechargeable battery for RC car.
● Charge in a Well-Ventilated Area
It's always recommended to charge your RC car batteries in a well-ventilated area.
● Storage Voltage
If you don't plan to use your RC car for an extended period after charging, it's advisable to store your LiPo battery at around 50-60% of its full charge. This helps prolong the battery's lifespan and ensures it doesn't get stressed from being fully charged for a long time.
Storing Your RC Car Battery Safely
● Discharge to Storage Voltage
If your battery is fully charged and you don't plan to use it immediately, discharge it to the recommended storage voltage. Modern chargers often have a storage mode that facilitates this process.
● Keep Batteries Cool
When storing your RC car batteries, avoid exposing them to extreme temperatures. High temperatures can accelerate battery degradation while freezing temperatures can damage the cells. Aim for a cool and dry storage location.
● Avoid Mechanical Stress
Store your batteries in a way that prevents physical stress on the cells. Avoid stacking heavy objects on top of them, and make sure they are secured to prevent any accidental drops or impacts.
● Regularly Check Battery Health
Even when not in use, it's important to check your battery's health periodically. LiPo batteries can self-discharge over time, and if a cell's voltage drops too low, it can become unstable. Use a battery checker to ensure all cells maintain a balanced voltage.
● Use Battery Cases or Bags
To further enhance safety during storage, consider placing your batteries in specialized battery cases or bags. These not only protect the batteries from damage but also provide an extra layer of containment in case of any unforeseen issues.
Conclusion
Properly charging and storing your RC car battery is an integral part. By following these guidelines, you'll not only extend the lifespan of your battery but also ensure your safety and the safety of those around you. Remember to always use the correct charger, monitor the charging process, and store your batteries in a cool and safe location. With the right care, your RC car battery will provide you with countless hours of thrilling rides and exciting adventures.
Time: 2021.12.23
On November 19, the opening ceremony for the CATL Xiamen Institute of New Energy, co-established by CATL and Xiamen University, was held at the Science and Art Center of Xiamen University.
CATL Xiamen Institute of New Energy will plan and organize sci-tech industrial projects in key areas such as intelligent energy, energy storage technologies, high-power devices and next-generation power batteries with the support of CATL's 21C Lab and the Tan Kah Kee Innovation Laboratory; build an advanced technology service platform based on the international first-class platform of the Tan Kah Kee Innovation Laboratory; and launch university-enterprise joint talent development programs, build a cross-disciplinary and cross-industry talent development system, establish a complete chain system for attracting and developing talent, and strive to build the institute into a leader in the field of new energy technologies, so as to provide technological and talent support for the development and growth of the new energy industry of CATL in Xiamen.
The establishment of the institute will further promote the in-depth cooperation between the two parties in the field of innovation, closely combine CATL’s advantages in technology, manufacturing and market with Xiamen University’s strengths in teaching, research and talent pool, and promote the implementation of the innovation-driven development strategy of Fujian Province, providing constant innovation momentum for the new energy industrial clusters in Fujian and Xiamen and making more contributions to China’s goal of peaking carbon emissions and achieving carbon neutrality .
On November 19, the opening ceremony for the CATL Xiamen Institute of New Energy, co-established by CATL and Xiamen University, was held at the Science and Art Center of Xiamen University.
CATL Xiamen Institute of New Energy will plan and organize sci-tech industrial projects in key areas such as intelligent energy, energy storage technologies, high-power devices and next-generation power batteries with the support of CATL's 21C Lab and the Tan Kah Kee Innovation Laboratory; build an advanced technology service platform based on the international first-class platform of the Tan Kah Kee Innovation Laboratory; and launch university-enterprise joint talent development programs, build a cross-disciplinary and cross-industry talent development system, establish a complete chain system for attracting and developing talent, and strive to build the institute into a leader in the field of new energy technologies, so as to provide technological and talent support for the development and growth of the new energy industry of CATL in Xiamen.
The establishment of the institute will further promote the in-depth cooperation between the two parties in the field of innovation, closely combine CATL’s advantages in technology, manufacturing and market with Xiamen University’s strengths in teaching, research and talent pool, and promote the implementation of the innovation-driven development strategy of Fujian Province, providing constant innovation momentum for the new energy industrial clusters in Fujian and Xiamen and making more contributions to China’s goal of peaking carbon emissions and achieving carbon neutrality .
Time: 2021.12.23
Hitachi ABB Power Grids said it would partner with the Electric Power Research Institute of Gansu Electric Power Company, a subsidiary of the State Grid Corporation of China to help conduct intelligent performance management for the 750kV main transformers in Gansu province.
With its Lumada Asset Performance Management (APM), Hitachi ABB Power Grids said the cooperation would help accelerate digital transition of Gansu's power network.
The digital software will also enable the predictive maintenance of transformers and enhance the security level and digital transition for the local power grid, it said.
Gansu Electric Power Company currently supplies electricity to more than 9.6 million households in the province located in northwest China. Gansu power grid plays a critical role in the transmission of electricity, 41.9 percent of it being wind and solar, from western China to the eastern areas. It is also a key hub for power exchange in the northwest grid.
"The digitalization of the power grid will increase the flexibility, resilience and reliability of the entire power value chain, and can strongly support the move toward a carbon-neutral energy future," said Zhang Jinquan, executive vice-president of Hitachi ABB Power Grids.
"We are very pleased that we can help accelerate this digitalization effort with smart asset performance management solutions and services that can improve the stability of the power grid and support the utilization and transmission of large-scale clean energy in the area."
Transformers are vital components of a substation, essential to ensuring reliability of the power grid.
Hitachi ABB Power Grids said the digital platform will help Gansu Power Company move from a reactive to a proactive approach to asset maintenance planning, and the solution's accuracy continues to increase over time through its data-driven machine learning capabilities.
It will also help them extend the service life of equipment and ensure the stable operation of the power grid while minimizing financial losses associated with asset failure and unexpected outages, it said.
Hitachi ABB Power Grids said it would partner with the Electric Power Research Institute of Gansu Electric Power Company, a subsidiary of the State Grid Corporation of China to help conduct intelligent performance management for the 750kV main transformers in Gansu province.
With its Lumada Asset Performance Management (APM), Hitachi ABB Power Grids said the cooperation would help accelerate digital transition of Gansu's power network.
The digital software will also enable the predictive maintenance of transformers and enhance the security level and digital transition for the local power grid, it said.
Gansu Electric Power Company currently supplies electricity to more than 9.6 million households in the province located in northwest China. Gansu power grid plays a critical role in the transmission of electricity, 41.9 percent of it being wind and solar, from western China to the eastern areas. It is also a key hub for power exchange in the northwest grid.
"The digitalization of the power grid will increase the flexibility, resilience and reliability of the entire power value chain, and can strongly support the move toward a carbon-neutral energy future," said Zhang Jinquan, executive vice-president of Hitachi ABB Power Grids.
"We are very pleased that we can help accelerate this digitalization effort with smart asset performance management solutions and services that can improve the stability of the power grid and support the utilization and transmission of large-scale clean energy in the area."
Transformers are vital components of a substation, essential to ensuring reliability of the power grid.
Hitachi ABB Power Grids said the digital platform will help Gansu Power Company move from a reactive to a proactive approach to asset maintenance planning, and the solution's accuracy continues to increase over time through its data-driven machine learning capabilities.
It will also help them extend the service life of equipment and ensure the stable operation of the power grid while minimizing financial losses associated with asset failure and unexpected outages, it said.
Polysilicon
Polysilicon prices have increased slightly throughout the week. The mainstream concluded price for mono recharge polysilicon is RMB 77/KG, while mono dense polysilicon is priced at RMB 75/KG. N-type polysilicon is currently priced at RMB 85/KG.
In terms of supply, though new polysilicon production capacity has come online, the increase in output remains limited, resulting in a constrained overall inventory level. Moving to the demand aspect, wafer enterprises are sustaining a high activation rate. Demand for N-type polysilicon is robust, yet supply remains relatively limited. Moreover, certain polysilicon manufacturers are marketing dense polysilicon as N-type, compounding the supply strain for both N-type and P-type polysilicon. This intricate supply-demand scenario in the polysilicon material realm has led to a state of tightness. Consequently, downstream wafer prices have surged, further bolstering the upward trajectory of polysilicon prices.
Wafer
The prices of wafer have increased slightly throughout the week. The mainstream concluded price for M10 wafer is RMB 3.35/Pc, an increase of 6.35%, while G12 wafer is priced at RMB 4.35/Pc, an increase of 3.57%.
On the supply side, major wafer enterprises in Inner Mongolia have embarked on expanding their production capacity. However, this expansion has led to power outages, impacting a portion of wafer production output. Consequently, wafer inventory has remained at a notably low level. Shifting to the demand side, cell enterprises are displaying heightened procurement demands for wafers, causing a structural mismatch between supply and demand. Particularly, the supply and demand equilibrium for 182 mm P-type wafers is notably tight, resulting in a notably steeper price growth compared to the 210 mm P-type wafers. In the current week, the prominent wafer enterprises have persisted in raising their wafer prices, prompting downstream cell enterprises to gradually acquiesce to the adjusted prices. The finely balanced supply and demand dynamic for wafers, coupled with the price hikes upstream, have kept wafer prices positioned at elevated levels. However, the downstream sector is grappling with intensified cost pressures, potentially curbing the scope for further short-term wafer price escalation.
Cell
Cell prices have remained stable this week. The mainstream concluded price for M10 cell is RMB 0.76/W, while G12 cell is priced at RMB 0.74/W. The price of M10 mono TOPCon cell is RMB 0.8/W.
On the supply side, production schedules are running at a robust pace, with some cell enterprises slightly scaling back their production capacities. Shifting to the demand side, high-efficiency cells are receiving considerable backing, facilitating seamless shipments. Conversely, demand for low-efficiency cells remains subdued, resulting in stagnant shipment figures. The overall balance between cell supply and demand has improved. Nevertheless, downstream stakeholders are showing limited willingness to accept escalated cell prices. In the near term, the cell sector finds itself unable to offload the burden of cost pressures onto other segments, thereby maintaining its current price stability.
Module
Module prices drop slightly this week. The mainstream concluded price for 182mm facial mono PERC module is RMB 1.21/W, 210mm facial mono PERC module is priced at RMB 1.23/W, 182mm bifacial glass PERC module at RMB 1.23/W, and 210mm bifacial glass PERC module at RMB 1.24/W.
Recent bidding prices indicate that companies focused on integration modules are boasting a distinct cost advantage, leading to healthier profit margins. On the other hand, companies specializing in modules are grappling with cost pressures. This dual effect of cost pressure and intense competition for orders has resulted in a widening gap between bidding prices. Looking at the supply side, module production operations are maintaining at high levels; however, some manufacturers have initiated production cuts in response. On the demand side, there hasn’t been a significant uptick in domestic customer demand, and some prominent module manufacturers are still working on order fulfillment.
In addition, there exists a surplus of module inventory due to lower-than-expected customer demand growth. This imbalance has contributed to a slight reduction in prices.
Auxiliary materials: This week, PV glass prices continue to stay stable. The mainstream concluded price for 3.2mm glass is RMB 26/㎡, while 2.0mm glass is priced at RMB 18/㎡. Recently, part of module companies have rigid demand for PV glass, thus providing support to its demand. There are still orders for PV glass, and thus the overall inventory reduced slightly, leading to the stable price for the time being.
Polysilicon prices have increased slightly throughout the week. The mainstream concluded price for mono recharge polysilicon is RMB 77/KG, while mono dense polysilicon is priced at RMB 75/KG. N-type polysilicon is currently priced at RMB 85/KG.
In terms of supply, though new polysilicon production capacity has come online, the increase in output remains limited, resulting in a constrained overall inventory level. Moving to the demand aspect, wafer enterprises are sustaining a high activation rate. Demand for N-type polysilicon is robust, yet supply remains relatively limited. Moreover, certain polysilicon manufacturers are marketing dense polysilicon as N-type, compounding the supply strain for both N-type and P-type polysilicon. This intricate supply-demand scenario in the polysilicon material realm has led to a state of tightness. Consequently, downstream wafer prices have surged, further bolstering the upward trajectory of polysilicon prices.
Wafer
The prices of wafer have increased slightly throughout the week. The mainstream concluded price for M10 wafer is RMB 3.35/Pc, an increase of 6.35%, while G12 wafer is priced at RMB 4.35/Pc, an increase of 3.57%.
On the supply side, major wafer enterprises in Inner Mongolia have embarked on expanding their production capacity. However, this expansion has led to power outages, impacting a portion of wafer production output. Consequently, wafer inventory has remained at a notably low level. Shifting to the demand side, cell enterprises are displaying heightened procurement demands for wafers, causing a structural mismatch between supply and demand. Particularly, the supply and demand equilibrium for 182 mm P-type wafers is notably tight, resulting in a notably steeper price growth compared to the 210 mm P-type wafers. In the current week, the prominent wafer enterprises have persisted in raising their wafer prices, prompting downstream cell enterprises to gradually acquiesce to the adjusted prices. The finely balanced supply and demand dynamic for wafers, coupled with the price hikes upstream, have kept wafer prices positioned at elevated levels. However, the downstream sector is grappling with intensified cost pressures, potentially curbing the scope for further short-term wafer price escalation.
Cell
Cell prices have remained stable this week. The mainstream concluded price for M10 cell is RMB 0.76/W, while G12 cell is priced at RMB 0.74/W. The price of M10 mono TOPCon cell is RMB 0.8/W.
On the supply side, production schedules are running at a robust pace, with some cell enterprises slightly scaling back their production capacities. Shifting to the demand side, high-efficiency cells are receiving considerable backing, facilitating seamless shipments. Conversely, demand for low-efficiency cells remains subdued, resulting in stagnant shipment figures. The overall balance between cell supply and demand has improved. Nevertheless, downstream stakeholders are showing limited willingness to accept escalated cell prices. In the near term, the cell sector finds itself unable to offload the burden of cost pressures onto other segments, thereby maintaining its current price stability.
Module
Module prices drop slightly this week. The mainstream concluded price for 182mm facial mono PERC module is RMB 1.21/W, 210mm facial mono PERC module is priced at RMB 1.23/W, 182mm bifacial glass PERC module at RMB 1.23/W, and 210mm bifacial glass PERC module at RMB 1.24/W.
Recent bidding prices indicate that companies focused on integration modules are boasting a distinct cost advantage, leading to healthier profit margins. On the other hand, companies specializing in modules are grappling with cost pressures. This dual effect of cost pressure and intense competition for orders has resulted in a widening gap between bidding prices. Looking at the supply side, module production operations are maintaining at high levels; however, some manufacturers have initiated production cuts in response. On the demand side, there hasn’t been a significant uptick in domestic customer demand, and some prominent module manufacturers are still working on order fulfillment.
In addition, there exists a surplus of module inventory due to lower-than-expected customer demand growth. This imbalance has contributed to a slight reduction in prices.
Auxiliary materials: This week, PV glass prices continue to stay stable. The mainstream concluded price for 3.2mm glass is RMB 26/㎡, while 2.0mm glass is priced at RMB 18/㎡. Recently, part of module companies have rigid demand for PV glass, thus providing support to its demand. There are still orders for PV glass, and thus the overall inventory reduced slightly, leading to the stable price for the time being.
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Hives Power Technology Co., Ltd. is a high-tech enterprise specialized in the research, development, production, and sales of solar energy storage battery systems and home energy storage solutions.
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