Introducing C2000 microcontrollers for home appliances and HVAC

fully automated production lines as demonstrated below, we also display some modules of power supply which can be adapted to most of electronic equupments and home appliances for more convenient and stable power support in the globe.

Battery Backup Calculation The picture shows how to calculate the backup time of a battery system when different electrical appliances are connected. Battery Setup There are 4 batteries, each rated 24V, 125Ah. These are connected in parallel to increase the current capacity. So, the total battery bank is: Voltage = 24V Capacity = 500Ah (125Ah × 4 batteries in parallel) Load Calculation The total power consumption of the connected appliances: 15 Lights × 15W = 225W 1 Fridge = 500W 2 Fans × 70W = 140W 3 TVs × 100W = 300W 2 Air Conditioners × 1500W = 3000W ✅ Total Load = 4165W Formula for Backup Time Backup Time (hours)= Battery Ah × Battery Voltage/Total Load (W) Substitute the values: Backup Time=500×24/4165                      =12000/4165                           =2.8h Result The battery system can supply the given load for approximately 2.8 hours before running out of power. In short: With 24V, 500Ah batteries and a load of 4165W, the backup time is 2.8 hours.

⚠️ Issues in the Shown Calculation: Battery Usable Capacity Lead-acid batteries (most common) should not be discharged 100%. Usually, only 50–60% of the capacity is usable (to protect battery life). So instead of 500Ah, you may only safely use 250–300Ah. That means actual backup time will be half of 2.8h → around 1.4–1.6 hours. Inverter Efficiency The formula assumes 100% efficiency. But inverters are typically 80–90% efficient. So more power is lost as heat, further reducing backup time. Starting Surge Power of Appliances Some appliances like fridges and ACs require much higher starting power (2–3 times running wattage). Example: A 1500W AC might need 3000–4000W for a few seconds to start. If the inverter or battery can’t handle this surge, it may trip or shut down. Continuous Load vs Peak Load The load calculation assumes everything runs at the same time. In reality, lights, fans, and TVs may run continuously, but AC and fridge compressors cycle ON/OFF. So, the actual average load might be lower than 4165W. Realistic Expectation: Theoretically: 2.8 hours. Considering battery depth of discharge (50%) + inverter efficiency (~85%):                                    2.8 × 0.5 × 0.85 ≈ 1.2hours So in real life, the backup may be around 1–1.5 hours, not 2.8 hours.

🔧 Home Appliance Injection Molding Workshop – Central Feeding System Planning In modern home appliance manufacturing, efficiency and consistency are critical. A Central Feeding System is the backbone of material handling, ensuring: ✅ Continuous & stable material supply ✅ Reduced material waste & labor costs ✅ Smarter production layout with higher efficiency This video showcases how we design and plan central feeding systems for large-scale injection molding workshops in the home appliance industry. web: https://lnkd.in/eeAyXGFC web: https://lnkd.in/eSFF2vjx #InjectionMolding #CentralFeedingSystem #PlasticsIndustry #HomeAppliance #ManufacturingEfficiency

🔌 Why Do Some Home Appliances Need AC & Some Need DC? At home, we always say “we get 230V AC supply”. But have you ever wondered… 👉 Why do some appliances directly work on AC while some need DC? 👉 Where does the AC to DC conversion actually happen? ⚡ The Truth: Our EB board (main supply) only provides 230V, 50Hz AC. Main board = Protection only (Fuse, MCB, RCCB). No rectifier inside. Every device decides what it needs: 🌀 Works Directly on AC Fans, Refrigerators, Mixers, Washing Machines, Induction Stoves, Geysers, Iron Box, Air Conditioners. 🔋 Needs DC (So they have internal/external rectifiers) LED Bulbs (rectifier inside bulb base). TVs (SMPS inside). Mobile Chargers & Laptop Adapters (external rectifiers). Computers, Routers, Set-Top Boxes. ✅ Key Takeaway Home Supply = 230V AC only. Rectifier circuits are inside each DC device, not in the main EB board. That’s why the same 230V socket can run both AC and DC-based appliances — because the device itself does the conversion if required. 💡 Next time when you switch on an LED bulb or plug in your laptop charger, remember — you are actually using AC → DC conversion inside the device itself! #Electronics #ElectricalEngineering #EmbeddedSystems #LearningEveryday #ACvsDC

If you get home batteries, what appliances are you going to backup?⚡️ All depends on the size of the battery system and how you configure it.  Let's break down the 2 most common options.... 👉 Partial Home Backup = Only essentials like your fridge, lights and WiFi router. 👉 Whole Home Backup = Every circuit in your house. The key is matching battery capacity (kWh = how long it lasts) and power (kW = what you can run at once) to your priorities. Smart panels (#Span, #Lumin, #Schneider) can let you auto-shed big loads so your fridge stays on instead of the pool pump. Some people use these so they can get the best of both worlds...maybe a smaller battery with intelligence supporting what it can and can't support based on user input and control. 💡 Pro Tip: Start by listing your must-run appliances during an outage. That drives the minimum battery size you really need. Would you choose partial or whole home backup? Drop your pick below! 👇 #HomeBattery #SolarPlusStorage #PartialBackup #WholeHomeBackup #Microgrid #EnergyIndependence #PowerOutageReady

Step-Up Transformer (Left Side) Coil Turns: Primary has fewer turns, secondary has more turns. Effect: Increases voltage (), decreases current. Use: Transmission of electricity over long distances. Step-Down Transformer (Right Side) Coil Turns: Primary has more turns, secondary has fewer turns. Effect: Decreases voltage (), increases current. Use: Domestic appliances, chargers, and distribution to consumers. The illustrations of a person stepping up and stepping down make the concept easier to understand — step-up means voltage goes higher, and step-down means voltage goes lower. ⚡ In short: Step-Up → Voltage ↑, Current ↓ Step-Down → Voltage ↓, Current ↑

In this exclusive op-ed for The Manufacturer, Beko Corporate’s Akin Garzanli explores how home appliances of the future will increase convenience, save energy and water, and reduce costs. Read the full op-ed now: https://lnkd.in/g984JjWD

Why Are Your Lights Flickering? Let's Talk about it . Ever noticed your lights flickering and thought, "What's that all about?" As a sparky, I see this all the time, and it's not always a simple fix. That little flicker can be a warning sign, so it's good to know what to look out for. The Usual Suspects Loose Bulb: This is the easiest one to check. A bulb that isn't screwed in all the way won't have a solid connection, and that's often all it takes to cause a flicker. The Wrong Dimmer: Using an old dimmer with modern LED bulbs is a common culprit. If your dimmer switch isn't compatible with LEDs, you'll get that annoying flicker and sometimes even a buzz. Circuit Overload: Think about when you turn on the microwave and the lights dim for a second. That's a temporary voltage drop. If your lights are on the same circuit as a high-power appliance, it can cause them to flicker every time it kicks in. Loose Wiring: This is the one we worry about. A loose connection at the switch, the light fixture, or even in the consumer unit is a serious fire hazard. This isn't a DIY job—it needs to be sorted by a professional. Issues with the Main Supply: Sometimes the problem is outside your home. If the whole house is experiencing power dips, it could be an issue with the electrical grid itself or your service line. Your First Steps Check the Bulb: Give the bulb a good tighten. If that doesn't work, try swapping it out for a new one. Get the Right Dimmer: Make sure your bulbs are 'dimmable' and that your dimmer switch is rated for LEDs. Unplug and Test: If the flickering happens when you use a specific appliance, try plugging it into a different socket on another circuit to see if the problem goes away. When to Call a Pro If the flickering is widespread or the simple fixes don't work, it's time to get a qualified electrician in. Loose wiring is nothing to mess with. Your safety is the most important thing. Stay safe out there! #Electrician #ElectricalSafety #HomeMaintenance #DIYTips

Another home appliance giant just dropped their version of the future roommate. 🤖🏠 On the eve of IFA 2025, Midea Group unveiled a wheeled humanoid robot that: 🧹 Sweeps the living room 🍽️ Washes dishes 🧸 Puts away toys 🧺 Handles laundry It is basically the family member who never complains and knows how all your smart appliances work. The clever part? It is not just a robot, it is a hub, stitching together Midea’s whole ecosystem into one network for future living. If you are at IFA in Germany, you might just see this mechanical roommate in action.