Efficient & Reliable Solar Chargers for PoE Security Cameras

ReadyEdge

General Editor — Mon, 05 May 2025 16:14:06 +0000

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GS-MPPT-60M-200V

General Editor — Wed, 08 May 2024 17:58:19 +0000

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SureSine Classic

Boom Visibility — Sat, 04 Nov 2023 13:54:50 +0000

115V Version
220V Version

The SureSine is a pure sine wave inverter delivering AC power in off-grid solar applications, including rural electrification, telecom, remote homes, RVs, caravans and boats. A cast, anodized aluminum enclosure with no internal cooling fan needed ensures long-term reliability in the harshest conditions. The SureSine’s combination of performance, features and competitive price provides the best small inverter value on the market. It is highly reliable, having no internal cooling fan or other moving parts prone to failure.

How to Buy

Key features and benefits

Improved Load Operation
• Pure Sine Wave – provides quality AC equivalent to grid power.
Toroidal transformer design generates good wave form throughout the range of input voltages. 600W peak/surge power.
• Outstanding Surge Capability – handles a 200% surge during
load start-up, to a maximum of 600W.
More Power Available
• High Efficiency – a high peak efficiency will reduce heating and
make more solar energy available for powering loads.
• Low Self-Consumption – The SureSine consumes only 450mA of
current during operation with a full sine-wave present at the AC
output. During periods where no load is detected, solar energy
is not wasted because the SureSine automatically powers down
to standby mode, reducing self-consumption to one-tenth of
operating consumption.
Extremely High Reliability
• Extensive Electronic Protections – the SureSine has
extensive electronic protections that will automatically protect
against faults and user mistakes such as short circuit, overload,
high temperature and low voltage disconnect. Recovery from
most faults is automatic.
• No Internal Cooling Fan – a key design objective since fans often
fail in harsh environments and are noisy, consume power and
blow dirt into the electronics.
• Tropicalization – the SureSine uses epoxy encapsulation,
conformal coating, stainless steel hardware, and an anodized
aluminum enclosure to protect against harsh tropical and marine
environments.
Other Features
• More Information – the two LEDs provide important information
to the user about system status and any fault conditions. An
optional digital meter may be connected to the SureSine to
display additional system information.
• Remote On/Off – improves safety by making it easy to install
the SureSine in an inaccessible location or enclosure. Reduces
system cost by avoiding the need to add an AC safety disconnect
to the system.
• Adjustability & Communications – four DIP switches provide
easy adjustability of several system parameters. Additional
adjustability is possible using Morningstar’s USB MeterBus
Adapter (UMC-1) to connect to a PC. Free 3rd-party MODBUS
software is available for custom programming. IP-based
communication, including SNMP, is enabled through
Morningstar’s Ethernet MeterBus Converter (EMC-1).

Specifications and Certifications

ModelSI-300-115V-UL (60 Hz)SI-300-220V (50 Hz)


Continuous Power Rating	300 Watts @ 25C	300 Watts @ 25C
Pek Power Rating (15 min.)	600 Watts @ 25C	600 Watts @ 25C
DC Input Voltage	10.0V – 15.5V	10.0V – 15.5V
Waveform	Pure sine wave	Pure sine wave
AC Output Votage (RMS)	220V or 115V +/– 10%	220V or 115V +/– 10%
AC Output Frequency	50 or 60 Hz +/– 0.1%	50 or 60 Hz +/– 0.1%
Nominal Battery Voltage	12V	12V
Peak efficiency	92%	92%
Total Harmonic Distortion (THD)	<4%	<4%
Self Consumption (Inverter ON – no load)	450mA	450mA
Self Consumption (Inverter OFF)	25mA	25mA
Self Consumption (Standby)	55mA	55mA
Operating Temperature Range	-40 C to +45C	-40 C to +45C
Warranty	2 Years	2 Years
CE and RoHS compliant	Yes	Yes
ETL Listed [UL-458]	Yes
FCC Class B Part 15 Compliant	Yes	Yes
Manufactured in a Certified ISO 9001 Facility	Yes	Yes

Datasheets

Download the SureSine Inverter Datasheet.

Operation Manuals

Download the SureSine Inverter Manual.

Applications

[new_product_applications]

Accessories

[comp_products]

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SureSine

Boom Visibility — Mon, 12 Sep 2022 12:56:30 +0000

2020 CE Conference

The post SureSine appeared first on Morningstar Corporation.

GenStar MPPT

Boom Visibility — Mon, 12 Sep 2022 12:55:42 +0000

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TS-60M

General Editor — Mon, 31 Jan 2022 14:26:05 +0000

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TS-MPPT-60M

General Editor — Mon, 24 Jan 2022 13:26:33 +0000

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ProStar

General Editor — Mon, 07 Nov 2016 22:58:28 +0000

Metered Version
Non-Metered Version

The ProStar solar charge controller has been the leading mid-range pulse width modulation (PWM) controller since 1995. With over 350,000 units installed in the harshest environments in over 100 countries, ProStar sets the standards in performance and reliability for the rest of the solar industry.

The Generation 3 ProStar shares the outstanding build quality and familiar form factor of its predecessors and adds data and lighting control capabilities, a graphical interface, and advanced protection features that meet the needs of today’s most demanding off-grid solar applications. ProStar provides both “the legend and the latest” in a single new product.

“…you get what you pay for, and this one is worth every penny…count on Morningstar.”

How to Buy

Key features and benefits

High Reliability
Latest electronic and environmental protections, quality control,
and design considerations comply with IEC 62109 and promote
longevity in the harshest environments
High Temperature Operation
Full nameplate current rating, both solar and load up to 60°C
continuous
Auto-Battery-Select
12V and 24V systems
Data Logging
Up to 256 days of solar charge and load consumption data
Self-diagnostics
Continuous monitoring and reporting of any errors or system
faults through its status LED’s, optional display and
communication port
Meter
High resolution LCD, multi-lingual backlit graphical display of system voltage, current, temperature, lighting settings, etc.
Custom Programming
Dip switches, meter interface, or connection with a computer can be
used to adjust charging, load communications, and lighting control
Low Noise Design
Meets US Federal Communications Commission Class B specifications
Automatic Solar-Based Lighting Control
Field adjustable, multi-event load control enables powerful options for
solar lighting systems
MODBUS Communications
Open standard MODBUS communications protocol allows for control
and remote data access
SNMP (Simple Network Management Protocol) Monitoring
Provides more detailed monitoring of all system data with existing IT
management and architecture when connected to EMC-1 accessory

Specifications and Certifications

ModelPS-15PS-15MPS-30PS-30M


Charge Rating	15 amps	15 amps	30 amps	30 amps
Max. PV Open Circuit Voltage (Voc) for 12/24V batteries	30/60 volts	30/60 volts	30/60 volts	30/60 volts
Nominal Battery Voltage	12V or 24V	12V or 24V	12V or 24V	12V or 24V
Battery Voltage Range	10-35V	10-35V	10-35V	10-35V
Voltage Accuracy	<=0.1% +/- 50mV	<=0.1% +/- 50mV	<=0.1% +/- 50mV	<=0.1% +/- 50mV
Operating Temperature Range	-40 C to +60C	-40 C to +60C	-40 C to +60C	-40 C to +60C
Warranty	5 Years	5 Years	5 Years	5 Years
Built-in meter		Yes		Yes
CE and RoHS compliant	Yes	Yes	Yes	Yes
TAA compliant	Yes	Yes	Yes	Yes
Approved for use in Hazardous Locations: Class 1, Division 2, Groups A-D	Yes	Yes	Yes	Yes
IEC 62109	Yes	Yes	Yes	Yes
ETL Listed [UL-1741 and Canadian CSA C22.2 No.107.1.01]	Yes	Yes	Yes	Yes
FCC Class B Part 15 Compliant	Yes	Yes	Yes	Yes
Manufactured in a Certified ISO 9001 Facility	Yes	Yes	Yes	Yes

Datasheets

Download the ProStar Solar Charge Controller Datasheet.

Operation Manuals

Download the ProStar Solar Charge Controller Manual.

Videos

[youtube_embed id=”k5ql4BtpIN0″]

ProStar (Gen3) Controller – 3 minute video

This short video highlights the ProStar (Gen3) PWM solar charge controller. This device has been upgraded, while maintaining the same quality and form factor of previous models that have been installed in over 100 countries in the world’s harshest environments since 1995. View this video to learn about the new features and capabilities of this product including enhanced custom programming, data logging, communications, and lighting control.

[youtube_embed id=”hINCNOuSqa0″]

ProStar (Gen3) Solar Charge Controller Presentation

Recorded Webinar

This presentation provides a more in depth overview the ProStar (Gen3) PWM solar charge controller. You’ll see a comparison between the Gen3 and earlier ProStar models concerning meter displays, self-diagnostics, load/lighting control, communications, data logging, certifications, and other features.

Applications

[new_product_applications]

Accessories

[comp_products]

The post ProStar appeared first on Morningstar Corporation.

Ethernet MeterBus Converter

General Editor — Thu, 09 Jun 2016 17:31:21 +0000

The Ethernet MeterBus Converter (model: EMC-1) provides the data and communications connection for Morningstar devices, between themselves, with surrounding systems, and with the outside environment through the internet. It’s simple to connect to Morningstar products equipped with an RJ-11 Meterbus port to enable remote monitoring, custom programming, and access to future cloud-based data services.

Protocols and technologies supported by the EMC-1 include:

HTTP for LiveView: a simple and straightforward web dashboard for checking system status easily from any device browser
SNMP (Simple Network Management Protocol): provides more detailed monitoring of all system data with existing IT management architecture
MODBUS Industrial Control: provides high-speed monitoring and control for industrial equipment Compatible Morningstar products include:
- MPPT controllers: TriStar MPPT, ProStar MPPT, and SunSaver MPPT
- PWM controllers: TriStar, ProStar (Gen3) and SunSaver Duo
- Inverters: SureSine
The EMC-1 converts this connection into a fully enabled Ethernet port allowing data transfer to the internet. Once connected, the MeterBus port enables transmission of serial data to the EMC-1 for remote monitoring, configuration, and control, using any type of IP-based network connection. This way, many new, powerful integration options for Morningstar products can be activated and used in remote power systems.

How to Buy

Key features and benefits

Adds SNMP to deliver real-time system data
Enables Live View to display system status and log data directly from the EMC, in an easy-to-view webpage
Adds IP-based MODBUS connectivity for remote
industrial communication and control
Connects to any MeterBus-enabled controller to provide enhanced data and network features
Powered via MeterBus port on controller or DC Input for 12, 24 or 48V systems

Specifications and Certifications

ModelEMC-1


DC Input Supply Voltage Range	8-80 Vdc
Maximum Self Consumption	2 Watts
Operating Temperature Range	-40 C to +60C
Warranty	5 Years
CE and RoHS	Yes
FCC Class B Part 15 Compliant	Yes
Manufactured in a Certified ISO 9001 Facility	Yes

Datasheets

Download the Ethernet MeterBus Converter Datasheet.

Operation Manuals

Download the Ethernet MeterBus Converter Manual.

Videos

[youtube_embed id=”IKxN1fch38o”]

Ethernet MeterBus Converter (EMC-1) – 3 minute video

This 3 minute video provides an overview of Morningstar’s new Ethernet MeterBus Converter (EMC-1). This device enables IP based network and internet connectivity to any Morningstar solar charge controller or inverter that features an existing MeterBus port (RJ-11) including: PWM controllers: TriStar and SunSaver Duo; MPPT controllers: TriStar MPPT, ProStar MPPT, & SunSaver MPPT; Inverters: SureSine. And future products that feature an existing MeterBus port (RJ-11).

[youtube_embed id=”E4RsnFV9BWo”]

Ethernet MeterBus Converter Webinar

Recorded Webinar

View this recorded webinar to learn about the new Ethernet MeterBus Converter which enables the addition of IP based network and internet connectivity to any Morningstar product that features an existing MeterBus port (RJ-11).

Applications

[new_product_applications]

Related Products

[comp_products]

Firmware

[youtube_embed id=”VMN5iO62JQs”]

It’s a recommended best practice to install your product’s latest firmware to ensure access to all up-to-date features, accessory compatibilities, and code modifications. Follow instructions in the EMC-1 Firmware pdf to locate the most up-to-date firmware. Then, watch this video for instructions on how to update EMC-1 firmware.

System Diagram

The diagram above shows how connections are made with the RJ-11 cord between the Morningstar product on the right and the EMC-1 in the middle. The EMC-1 is connected to an Ethernet gateway which is typically a router or switch that you see on the left.

Select Morningstar products that previously could not connect to an IP network or internet can connect to the EMC-1 to enable a view of many useful system metrics via web browser such as:

Battery voltage
PV current
Load current
Faults or errors within the system

This information will appear live in real time, so you will see data changing without having to refresh your browser. Furthermore, you can use our free MSView software with the EMC-1 so you can change your battery charging settings, low voltage disconnect settings, and lighting settings. Every product in MSView has its own setup wizard for adjusting the custom settings. To make it easier to use MSView setup wizards, we’ve created a webpage that lets you download custom settings configuration files.

Off-Grid Diagram with AC Load

The schematic diagram above, illustrates how the ProStar MPPT regulates power to batteries and an alternating current (AC) load in an off-grid system. This diagram is very similar to the DC load diagram above it except an inverter has been added.

Sunlight contacts the solar modules, which convert solar into DC electrical power that it delivers to a charge controller.
The charge controller regulates the amperage and voltage that is delivered to the battery system so the batteries maintain their state of charge without getting overcharged.
Batteries deliver power to the inverter which converts DC to AC power that it delivers to the load. Notice that the inverter is connected to the battery, not the controller’s load terminals, like we did in the DC load example. That’s because the inverter can have a high energy surge upon start up, and this high current surge might be higher than the rated capacity of the charge controller, whereas the batteries will be able to meet the high energy surge requirement.

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