ELECTRIC VEHICLE CHARGERS
Power the future of mobility with Microcarerange of Electric Vehicle (EV) Chargers.
In response to the growing demand for electric vehicles, Microcare has developed a range of EV chargers that each offer targeted, innovative solutions to South Africa’s evolving EV charging challenges. From fast, grid-independent solar options to intelligent multi-station setups, each charger plays a crucial role in building a reliable and efficient EV future.
ELECTRIC VEHICLE CHARGERS
Power the future of mobility with Microcarerange of Electric Vehicle (EV) Chargers.
In response to the growing demand for electric vehicles, Microcare has developed a range of EV chargers that each offer targeted, innovative solutions to South Africa’s evolving EV charging challenges. From fast, grid-independent solar options to intelligent multi-station setups, each charger plays a crucial role in building a reliable and efficient EV future.
Product Variations
Product Variations
Solar DC-DC Fast Charger
The Microcare Solar DC-DC Fast Charger is designed to deliver high, consistent DC output at up to 485V, connecting directly to solar panel strings through a combiner box—eliminating the need for external inverters, converters, or an AC grid connection. With integrated MPPT (Maximum Power Point Tracking) technology, it maximizes energy extraction from solar arrays, ensuring high efficiency under varying conditions. Built-in output protection and a pre-charge circuit enhance safety and operational reliability. Engineered for true standalone performance, this fully self-contained DC power solution operates independently of external power infrastructure.
Designed with rugged, industrial-grade components, the charger offers plug-and-play DC coupling for rapid deployment in demanding environments such as mining operations, construction sites, transport hubs, and solar-powered EV stations—anywhere grid access is limited or non-existent. It is equally suitable for DC microgrid battery charging applications. Delivering conversion efficiencies of up to 97%, it significantly outperforms traditional AC-to-DC systems, which typically reach only around 80% efficiency.
- Input Panel Voltage (600-800V)
- Output Battery Voltage (330-485V)
- Output Power up to 50kW
- No Double Conversion (AC)
- Input & Output protection
- Electronic Current Limiting
- Peak efficiency greater than 97%
- Advanced Constant Power Point Tracking algorithm
- OCPP 1.6J Compliant
- CCS2 Fixed Charging Cable
- RGB Indication Light
Multi Station EV Charger
The Microcare Multi Station EV Charger is a smart, scalable solution for EV charging in residential, commercial, and industrial environments. Designed for flexibility and reliability, this system supports any number of charging stations, each delivering a maximum charge of 32A, while intelligently managing power distribution based on utility supply and connected vehicle demand.
Many facilities, particularly in developing urban areas and shared commercial zones, face limitations in grid capacity and cannot support multiple high-power chargers without costly upgrades. The Microcare Multi Station EV Charger addresses this challenge by enabling efficient, centralized control of multiple EV charging points within a single system. Its intelligent load balancing and modular design allow site owners to scale their infrastructure affordably without overloading their electrical supply.
- Scalable Design – Easily expand from 1 to many charging stations
- Max Charge Rate of 32A per Station
- Weatherproof (IP65 Rated) Enclosure
- LCD Display – Real-time charging info at a glance
- Canbus Interface – For seamless charger communication
- Residual Current & Over-current Protection – Built-in safety features
- 3-Year Warranty – Confidence in every charge
Multi Station EV Charger
The Microcare Multi Station EV Charger is a smart, scalable solution for EV charging in residential, commercial, and industrial environments. Designed for flexibility and reliability, this system supports any number of charging stations, each delivering a maximum charge of 32A, while intelligently managing power distribution based on utility supply and connected vehicle demand.
Many facilities, particularly in developing urban areas and shared commercial zones, face limitations in grid capacity and cannot support multiple high-power chargers without costly upgrades. The Microcare Multi Station EV Charger addresses this challenge by enabling efficient, centralized control of multiple EV charging points within a single system. Its intelligent load balancing and modular design allow site owners to scale their infrastructure affordably without overloading their electrical supply.
- Scalable Design – Easily expand from 1 to many charging stations
- Max Charge Rate of 32A per Station
- Weatherproof (IP65 Rated) Enclosure
- LCD Display – Real-time charging info at a glance
- Canbus Interface – For seamless charger communication
- Residual Current & Over-current Protection – Built-in safety features
- 3-Year Warranty – Confidence in every charge
Solar DC-DC Fast Charger
The Microcare Solar DC-DC Fast Charger is designed to deliver high, consistent DC output at up to 485V, connecting directly to solar panel strings through a combiner box—eliminating the need for external inverters, converters, or an AC grid connection. With integrated MPPT (Maximum Power Point Tracking) technology, it maximizes energy extraction from solar arrays, ensuring high efficiency under varying conditions. Built-in output protection and a pre-charge circuit enhance safety and operational reliability. Engineered for true standalone performance, this fully self-contained DC power solution operates independently of external power infrastructure.
Designed with rugged, industrial-grade components, the charger offers plug-and-play DC coupling for rapid deployment in demanding environments such as mining operations, construction sites, transport hubs, and solar-powered EV stations—anywhere grid access is limited or non-existent. It is equally suitable for DC microgrid battery charging applications. Delivering conversion efficiencies of up to 97%, it significantly outperforms traditional AC-to-DC systems, which typically reach only around 80% efficiency.
- Input Panel Voltage (600-800V)
- Output Battery Voltage (330-485V)
- Output Power up to 50kW
- No Double Conversion (AC)
- Input & Output protection
- Electronic Current Limiting
- Peak efficiency greater than 97%
- Advanced Constant Power Point Tracking algorithm
- OCPP 1.6J Compliant
- CCS2 Fixed Charging Cable
- RGB Indication Light
15KW INVERTER WITH DYNAMIC SMART EV CHARGING
The Microcare 15kW Inverter with Dynamic Smart EV Charging represents the next evolution in integrated solar and electric vehicle infrastructure. Designed and manufactured in South Africa, this intelligent system combines Microcare’s trusted bi-directional, transformer-based inverter technology with advanced EV charging software.
It delivers power simultaneously to connected loads and an electric vehicle, intelligently prioritizing distribution based on user-defined settings, real-time energy availability, and system demand. Whether used in residential, commercial, or industrial environments, this inverter allows users to fully capitalize on solar energy while preparing for a future of electrified transport.
By integrating EV charging into the inverter infrastructure, Microcare simplifies installation, reduces equipment costs, and future-proofs your energy system.
- 15kW Bi-directional Transformer-Based Inverter
- Integrated Smart EV Charging with Dynamic Load Prioritization
- Simultaneous Load and EV Charging Support
- Built-in High-Rate Multi-Stage Battery Charger
- Auto-detection of Solar (DC) and Grid (AC) Supply
- Pure Sine Wave Output with Auto Transfer Delay for Grid Fluctuation Protection
- Wi-Fi Enabled for Remote Monitoring & Management
- Time-Scheduled EV Charging Functionality
- 3-Attempt Auto Restart on Overload with Auto Shutdown Protection
- Compatible with Lithium-Ion Batteries and Generators
- Transformer Allows High Inrush Current and Surge Capacity
- Local Manufacturing and Servicing Since 1990
- 5 – Year Factory Warranty
- Built-in Fan Cooling for Enhanced Component Longevity
- Audible Buzzer for Faults and Operational Status
15KW INVERTER WITH DYNAMIC SMART EV CHARGING
The Microcare 15kW Inverter with Dynamic Smart EV Charging represents the next evolution in integrated solar and electric vehicle infrastructure. Designed and manufactured in South Africa, this intelligent system combines Microcare’s trusted bi-directional, transformer-based inverter technology with advanced EV charging software.
It delivers power simultaneously to connected loads and an electric vehicle, intelligently prioritizing distribution based on user-defined settings, real-time energy availability, and system demand. Whether used in residential, commercial, or industrial environments, this inverter allows users to fully capitalize on solar energy while preparing for a future of electrified transport.
By integrating EV charging into the inverter infrastructure, Microcare simplifies installation, reduces equipment costs, and future-proofs your energy system.
- 15kW Bi-directional Transformer-Based Inverter
- Integrated Smart EV Charging with Dynamic Load Prioritization
- Simultaneous Load and EV Charging Support
- Built-in High-Rate Multi-Stage Battery Charger
- Auto-detection of Solar (DC) and Grid (AC) Supply
- Pure Sine Wave Output with Auto Transfer Delay for Grid Fluctuation Protection
- Wi-Fi Enabled for Remote Monitoring & Management
- Time-Scheduled EV Charging Functionality
- 3-Attempt Auto Restart on Overload with Auto Shutdown Protection
- Compatible with Lithium-Ion Batteries and Generators
- Transformer Allows High Inrush Current and Surge Capacity
- Local Manufacturing and Servicing Since 1990
- 5 – Year Factory Warranty
- Built-in Fan Cooling for Enhanced Component Longevity
- Audible Buzzer for Faults and Operational Status