Speiso Smart Circuit Breaker

Safer power, and more value from every kilowatt-hour, using cloud computing, big data, AI, and the Internet of Things

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Solution overview

The smart circuit breaker (smart miniature breaker) pairs terminal electrical-safety hardware with a cloud big-data platform. Artificial intelligence, deep learning, and automated decisions collect and analyze data as it happens, control the breaker remotely, and show the results, so shock protection and electrical-fire warning and prevention are stronger. IoT and AI give the end user smarter power use and energy-saving control. The product works with SimtoLink device management, smart electricity safety, and smart power distribution, so each distribution node can be seen, controlled, and tied into a policy.

AIoT and cloud big data
App and web remote control
Harmonics and an electrical fingerprint
Leakage self-test and full protection
NB-IoT / 4G / Wi-Fi / RS-485 / Ethernet
Energy-saving policies and a data record
Smart distribution and end-point power monitoring

Why a conventional breaker falls short

Electrical safety is urgent, and a conventional breaker can only do so much (industry figures cited in the product literature)

Why an AIoT smart breaker

Using AIoT to raise electrical safety is a common need. Public materials have cited causes of electrical fires such as leakage, short circuits, overload, and poor contact, plus equipment failure and electric heaters. Watching and warning earlier lowers the risk to people and property.

Limits of a conventional breaker

  • Tripping is coarse, overcurrent is hard to warn about, and there is no full record or feedback
  • Leakage current cannot be measured, or the warning comes too late
  • No split of energy use and no energy policy, so demand cannot be managed closely

What stands out: device, cloud, and app

Where the product sits, and what sets it apart

Highly integrated

One device combines a conventional breaker, a multifunction meter, automatic over- and under-voltage protection, surge protection, and a smart lighting module, as the model is configured. Fewer devices are stacked in the cabinet, and the wiring is simpler.

Configuration and installation

It is configured and installed much like a conventional breaker, with no extra complicated work. At the same quantity, the cost can match a leading conventional breaker or sit slightly higher, on the maker's quote.

Automatic leakage self-test

The leakage function can test itself and restore power afterward, so fewer site visits are needed.

App and web control

Remote control, timed switching, and device sharing. The phone sends a live reminder, a lookup, and a location-based alarm.

Harmonics and an electrical fingerprint

High-frequency sampling analyzes harmonics. Deep learning on those samples builds a picture of the load and the line, for device identification and a health assessment. See the hardware note.

A record that accumulates

Detection data, alarms, and safety records stay traceable. The product literature suggests keeping about 12–24 months of history, subject to the platform policy.

Cloud platform and open links

A big-data cloud platform, and more than one way to connect

Over industrial Ethernet, 4G, NB-IoT, and similar links, the breaker and the AIoT platform can pass terminal data to building automation, smart energy, the smart home, the smart campus, the smart hotel, the smart community, and electrical-fire supervision. That covers remote control, live alarms, statistics, energy management, and big-data analysis.

NB-IoT 4G Wi-Fi (including 2.4 GHz) RS485 Ethernet

An individual user signs in with a phone number, WeChat, or QQ to set and look up the breaker remotely, switch it now or on a schedule, run a leakage self-test, meter each circuit, and receive fault alarms, as the live app or platform version provides.

Typical use cases

Coverage examples from the v2.2 materials

Homes

Timed home use, away mode, and energy saving by circuit

Industrial parks

Unattended sites, lower maintenance cost, and remote power control

Retail centers

Timed control of lighting and equipment

Train stations

Electrical safety and policies in public areas

Office buildings

Timed lighting in shared areas, and energy analysis

Campuses

Safety and energy totals by circuit

Museums

Power for displays and the indoor environment

EV charging

Management and protection at high-load points

Science parks

Smarter distribution for R&D and production

Hotels

Energy and alarms in guest rooms and shared areas

Airports

Electrical-safety links where passenger traffic is heavy

Communities and others

Smart communities and industry-specific setups

Energy and safety, by example

A rough household saving (from the product literature)

A rough household estimate: if policies save about 1.4 kWh a day, at 0.55 RMB/kWh, over 365 days, the yearly bill falls by about 280 RMB. The real saving depends on the load and the tariff. The figure is only a guide.

Smart prompts and safety reminders

The platform can send power-management and safety reminders for a situation, such as distance from home, a long absence, or an alarm in the kitchen. The exact interaction follows the app and the cloud policy.

Save money
Shift peaks, time the loads, and set policies by circuit so energy use falls
Easier to run
Phone and PC, on more than one device
Safer
A warning, a record, and a trail you can follow
Many sites
Networking that can flex and grow

Related resources

Hardware and the manual

Installation notes, data, and parameters

Smart electricity safety

Supervision and early warning for electrical safety

Contact us

Talk with SimtoLink about the program

Deploy a smart-breaker IoT program

With the right terminal, a communications plan, and platform links, we can take you from a pilot to a wider rollout.

Talk about a program Read the hardware note