Light For All program in Brazil with the goal of providing electricity to 10 million people in small communities, using renewable sources. Morningstar’s SureSine 300V inverter was tailor-made for this application. > Case Study
“GRID Alternatives creates free, reliable solar energy” from Latin America to Tibet, providing isolated rural communities with flexible, tailored solutions—with many system built around Morningstar SureSine inverters and SunSaver charge controllers. > Case Study
“Off-Grid Chalet in Quebec,” an advanced hybrid solar and wind project by a retired professor at Laval University on the Saint Lawrence Seaway. > Case Study
Large array residential system in Mexico using TriStar MPPT 600V controllers to power water pumps, TVs and other electronics, fans, lighting, and more. > View Project
Birthing clinic and maternal health care center in Uganda, Africa, operated by We Care Solar. Replacing lanterns with electrical lighting was a critical step forward in producing healthier outcomes. Their new system uses Morningstar ProStar charge controllers. > Watch Video
From comfortable off-grid living in the developed world to providing basic electrical services in the developing one, designers of systems of all sizes specify Morningstar components into their projects for the same reasons that oil & gas, telecommunications and other “mission critical” users do.
Their unmatched reliability and fault-tolerant design is a tremendous asset in remote rural situations, where installers and operators often have minimal training and replacements might be half a world away. Their fanless design and environmentally hardened, encapsulated electronics means they can operate for years, even decades, without missing a beat. Advanced charging technologies on-board preserve and protect the health of costly, difficult-to-replace batteries. And the solar maximizing performance provided by TrakStar technology and other efficiency innovations enables a Morningstar-equipped system to extract every bit of electricity possible out of renewable energy sources.
From the mountains of Peru to the South Pacific, in settlements ranging from tundra to desert to tropical conditions, Morningstar charge controllers, inverters and accessories have a 25-year+ lead in setting the standards for off-grid solar electric living. Why take chances on your next project by settling for anything less?
In 2018 Morningstar undertook one of the most far-reaching projects in its history. In partnership with Tozzi Green, a leading Italian renewable electricity company, Morningstar designed, engineered and produced a “plug and play” energy system to deliver electricity to over 200,000 homes and 1 million people in rural Peru presently without it.The Tozzi DC Energy Box is simplicity itself for local installation: the owners connect a solar module or two, charge the built-in crystal-technology battery, and have a reliable, maintenance-free source of DC electricity to run essential lighting and communications needs. A larger version is providing power in over 3,000 community centers and schools in the same communities. The program is sponsored by the Peruvian government to aggressively address the issue of electrical poverty in that country,
As the largest off-grid residential solar project on the planet to date, the Tozzi Green collaboration represents a milestone in using solar to improve standards of living. It also demonstrates Morningstar’s capabilities in providing large-scale, customized solutions for rural electrification projects.
Select Morningstar charge controller models have:
Maximum Power Point Tracking (MPPT) technology to extract every bit of electricity possible from the solar source, by converting extra voltage into useful amperage.
Morningstar MPPT controllers have industry-leading TrackStar technology on-board for that purpose
Full programming to enable a high-level of system customization. Faceplate mounted timer and test buttons allow for easy system/setting configuration for a variety of uses
Load and lighting control for easy integration in lighting systems. Dusk and Pre-dawn settings optimize usable lighting during high-use periods while minimizing power consumption during unoccupied periods.
Industry-leading technical support from a US-based company
Easy system integration with generator control
Standard serial and optional Ethernet capabilities
Remote access and control
Data logging to record charging/load Amp-hours and alarm/fault notifications
Full programming to enable a high-level of system customization
Built-in communications and diagnostics capabilities
Temperature charging protection and advanced charging algorithms to protect expensive storage batteries, both lead-acid and advanced types including lithium. Dead battery recovery feature helps reduce system down-time
Designed for trouble-free operation in extreme temperature and weather conditions. Epoxy-encapsulated circuit boards and 60C ambient temperature ratings to handle harsh environments including tropical, coastal and arid regions. Weatherized construction; no cooling fans to fail
Simple, out-of-the-box operation and easy installation
Safety features built-in, including alarm/fault notifications, mis-wiring protection, lightning protection
24V and 48V (Positive Ground) system capability
How a Typical PV system works in Rural Electrification applications
Legendary ProStar design and performance for mid-range lighting systems in areas with consistent sunlight and minimal shading. Available in 15 and 30 amp versions for 12 and 24 Volt batteries. Includes lighting control.
Morningstar’s TriStar™ is a three-function controller that provides reliable solar battery charging, load control or diversion regulation. It is rated at 45 or 60 amps, both at 12-48 volts, and has an optional meter, remote meter and remote temperature sensor.
Proven over two decades, the “legend that keeps improving.” An advanced controller for systems up to 1,100W. Available in 25 and 40 amp versions for 12 and 24 Volt batteries. Includes lighting control.
Developed for residential and leisure consumer applications where an MPPT controller is desired to provide additional power and accommodations for modules that are not supported by other types of controllers.
Compact, powerful and proven in demanding rural electrification projects around the globe. Ideal for powering AC-based solar lighting systems up to 300W.
How do I choose if I need MPPT or PWM-type solar controllers?
This is not a quality difference, but a function of prevalent solar conditions and location considerations.
Because MPPT (maximum power point tracking) controllers convert extra solar electricity voltage into useable electricity, they are ideal for areas where seasonal, weather and shading conditions cause wide variations in solar “harvesting.” Morningstar’s proprietary TrackStar™ MPPT technology is considered the industry’s performance standard. Because of their additional circuitry on-board, MPPT controllers are also more complex and expensive.
PWM (pulse-width modulation) controllers are the right choice for systems using 36 or 72-cell solar-panels in locations with consistent sunlight, minimal shading and no physical space limitations—such as at the top of light poles, for example. PWM controllers are simpler and cost effective as a result.
All Morningstar charge controllers, regardless of their technology or design, built to one industry-leading quality standard. They all have “over-spec’d” components, incorporate advanced electronic design and thermal engineering, and have no cooling fans to fail—unlike all the in-kind competition. Because of this, over four million Morningstars have been sold since 1993 and are the first choice for leading solar installers in mission-critical installations around the globe.