电子元器件,电气元器件-深圳市永旭兴业科技有限公司

High-speed blower solution

The outdoor intelligent communication power supply site solution is mainly used for ETC toll power supply in high-speed road sections and integrated storage of customer equipment. It mainly has the following characteristics:
1. It can realize remote network management, reduce the number of stops, and reduce customer costs
2. Can support solar energy and oil generator input, support power expansion
3. Can support online replacement and anti-theft
4. Can support modular installation of components, small footprint
5. It can support alarm linkage capture and read site log records

2. System components

BatteryPACK

Cathode material

Lithium iron phosphate

Communication interface

CAN/RS485;2dry contacts

Nominal Voltage

48V DC

Rated charging voltage

53.5V DC

Maximum charge and discharge current

100A/100A@35℃

Maximum charging and discharging power

4800W

Site Cabinet

AC power distribution

Input format

220/380VACthree-phase four-wire. Compatible with single phase

Input voltage and frequency

Three-phase:147VAC-519VAC

Enter capacity

Single-way 63A/3P MCB

Lightning Protection

20kA/40kA（8/20μs）

DC power distribution

Output voltage and maximum capacity

Rating:53.5VDC

Battery branch

2×200A

DC Lightning Protection

10kA/20kA（8/20μs）

Monitoring

Alarm output

8Road dry contact output

Program Introduction:
The high-speed hair dryer uses the airflow multiplication technology to bring greater airflow and more stable airflow without turbulence. It is equipped with high-speed negative ion technology to prevent frizz and effectively care for your hair.< br /> This solution is based on AMEC's full range of high-performance mass-produced motor control SoCs. The main frequency can reach 48MHz~64MHz, and the Flash can range from 16K~64K. It has functions such as UART, SPI, and I2C. The high-end series has built-in high-speed ADC, internal temperature sensor, etc. , can cooperate with mature motor control algorithm to easily match different motors.

Function description:
>Integrated 12Bits high-speed ADC, multiple high-performance analog operational amplifiers and programmable PGA, simplifying peripheral circuits
> Non-inductive FOC, single \ double resistance control
> Self-converging direct closed-loop start-up algorithm, adapting to start-up with different loads, 100% start-up success
> Excellent start-up effect against the wind, fast and stable start-up, no out-of-step, stable operation and low noise
> Speed control up to 100000+RPM
> Constant speed/constant power control

CMS32M5710 feature description:
> ARM Cortex M0 Core
> Operating voltage: 2.1V-5.5V @64MHz
> Working temperature: -40℃ - 105℃
> Storage: 64KB Flash ROM, 8KB SRAM
> 4 32-bit/16-bit timers, 32-bit watchdog timer, interrupt wake-up
> 2 sets of capture/compare/pulse width modulation modules (CCP), selectable channel A or channel B
> 6-channel enhanced PWM module
> 2-channel high-performance analog operational amplifier, 2-channel programmable gain amplifier with adjustable gain
> Built-in high precision 12-bit high and low speed ADC
> Built-in high precision temperature sensor
> 2 UART interfaces 1 I2C interface 1 SPI interface
> Support 2 oscillation modes (internal high-speed oscillation, internal low-speed oscillation)
> Support four working modes
> 46 general-purpose GPIO
> Package type: SSOP24, LQFP48 and QFN48

Block diagram

Related cases

BatteryPACK	Cathode material	Lithium iron phosphate	Communication interface	CAN/RS485;2dry contacts
	Nominal Voltage	48V DC	Rated charging voltage	53.5V DC
	Maximum charge and discharge current	100A/100A@35℃	Maximum charging and discharging power	4800W

Site Cabinet	AC power distribution	Input format	220/380VACthree-phase four-wire. Compatible with single phase
		Input voltage and frequency	Three-phase:147VAC-519VAC
		Enter capacity	Single-way 63A/3P MCB
		Lightning Protection	20kA/40kA（8/20μs）
	DC power distribution	Output voltage and maximum capacity	Rating:53.5VDC
		Battery branch	2×200A
		DC Lightning Protection	10kA/20kA（8/20μs）
	Monitoring	Alarm output	8Road dry contact output
		Program Introduction: The high-speed hair dryer uses the airflow multiplication technology to bring greater airflow and more stable airflow without turbulence. It is equipped with high-speed negative ion technology to prevent frizz and effectively care for your hair.< br /> This solution is based on AMEC's full range of high-performance mass-produced motor control SoCs. The main frequency can reach 48MHz~64MHz, and the Flash can range from 16K~64K. It has functions such as UART, SPI, and I2C. The high-end series has built-in high-speed ADC, internal temperature sensor, etc. , can cooperate with mature motor control algorithm to easily match different motors. Function description: >Integrated 12Bits high-speed ADC, multiple high-performance analog operational amplifiers and programmable PGA, simplifying peripheral circuits > Non-inductive FOC, single \ double resistance control > Self-converging direct closed-loop start-up algorithm, adapting to start-up with different loads, 100% start-up success > Excellent start-up effect against the wind, fast and stable start-up, no out-of-step, stable operation and low noise > Speed control up to 100000+RPM > Constant speed/constant power control CMS32M5710 feature description: > ARM Cortex M0 Core > Operating voltage: 2.1V-5.5V @64MHz > Working temperature: -40℃ - 105℃ > Storage: 64KB Flash ROM, 8KB SRAM > 4 32-bit/16-bit timers, 32-bit watchdog timer, interrupt wake-up > 2 sets of capture/compare/pulse width modulation modules (CCP), selectable channel A or channel B > 6-channel enhanced PWM module > 2-channel high-performance analog operational amplifier, 2-channel programmable gain amplifier with adjustable gain > Built-in high precision 12-bit high and low speed ADC > Built-in high precision temperature sensor > 2 UART interfaces 1 I2C interface 1 SPI interface > Support 2 oscillation modes (internal high-speed oscillation, internal low-speed oscillation) > Support four working modes > 46 general-purpose GPIO > Package type: SSOP24, LQFP48 and QFN48 Block diagram