Case Study
GenStar MPPT Selected for Site Upgrade
Applications: Off-Grid Solar (Morningstar Applied Services)
Location: North America
Year: 2024
System components:
– Bifacial solar modules
– Solar battery
– Morningstar GenStar MPPT solar charge controllers
Partners: SunWize Power & Battery
SunWize Power & Battery used Morningstar’s GenStar MPPT solar charge controller to upgrade an existing 1,500 watt off-grid system to 5,000 watts. The system is located in a helicopter-only accessible region of North America with limited space, and the project required a solution that produced power even when snow partially buried the solar array.
Case Study
Dual-Energy Renewable Technology with Morningstar On-Board Helps Stricken Communities Recover and Thrive
Applications: Disaster Relief
Location: Various Countries
Year: 2022
System components:
– Portable PowerPanel Gen2O systems featuring:
– PV and solar thermal panels
– Solar batteries
– Hot water storage and optional water filtration
– Morningstar SunSaver and TriStar solar charge controllers
Partners: PowerPanel
PowerPanel’s innovative Gen₂O systems that incorporate Morningstar charge controllers are changing the way disaster teams respond to crises, enabling populations at risk to access clean and hot water along with electricity even under the harshest, most challenging conditions.
Case Study
Viridian Energy’s hybrid solar micro-hydro system on Vancouver Island using TriStars
Application: Solar micro-hydro
Location: Vancouver Island, Canada
Year: 2023
System components:
– 9kW of solar panel input
– 6 Morningstar TriStar TS60 controllers,
– 7.2kW total load diversion
– 1 Schneider XW inverter, 4.8kW
– 40 kWh AGM battery bank
Partners: Viridian Energy
A unique hybrid solar micro-hydro system on Vancouver Island, using Morningstar TriStar controllers, provides a technological showcase for the Viridian Energy Co-Op on Vancouver Island, B.C.
Case Study
Using Solar-Powered Flood Monitoring Systems to Make New York City Safer
Applications: Flood Monitoring
Location: NY, United States
Year: 2023
System components:
– 2, 100W solar modules
– 1 Apex 12V, 120Ah lead acid battery
– 1 Morningstar SunSaver MPPT solar charge controller
– Mikrotik Ltap LR9 LTE Gateway
Partners: Voltaic Systems
Through a pilot program underway in the Brooklyn Navy Yard, solar design firm Voltaic Systems is working with NYC’s FloodNet cooperative to potentially bring greater security to neighborhoods throughout the metropolitan area.
Case Study
Hakai Energy Standardizes on Morningstar
Applications: Telecommunications, Navigational Safety, Mining, Environmental Monitoring
Location: BC, Canada
Year: 2011-2023
Product: TriStar MPPT, ProStar MPPT, SunKeeper solar charge controllers
System sizes: Small off-grid (<5kW)
Partners: Hakai Energy Solutions
With projects covering Western Canada from Vancouver to the Arctic Circle, a diverse solar innovator standardizes on Morningstar for its portfolio of data-driven “smart, reliable” remote off-grid smaller solar electric systems for a wide range of applications, including communications, navigational safety, mining and environmental monitoring.
Case Study
Solar-Powered Portable Turnstiles for Stand-Alone Access Control
Application: Security (Portable Turnstiles)
Location: United States
Year: 2017-2023
Product: ProStar MPPT solar charge controller
System size: 1.2kW of solar, 600Ah battery capacity
Partners: Ameresco, Outlaw Industries
Sensitive military and other installations — such as construction sites for hospitals along with fertilizer plants, solar array “farms,” and oil & gas facilities — require high-level security access control, even if in some cases on a temporary basis (such as construction sites). “Smart” turnstiles with electronic access control are often the best way to secure the premises, manage the entry and exit of authorized personnel, and prevent those unauthorized from entering.
Case Study
coreNOC System Connects Rural Community to Essential Services
Application: Telecom
Location: Village of Rockstone, Guyana, South America
Year: 2022
Products: SureSine SI-300-48-120-60-HW inverter, TriStar TS-MPPT-45 charge controller
System size: 1.5kW of solar, 680Ah battery capacity
Partner: coreNOC
The lack of internet access in South American villages inhibits healthcare, education, commerce and cultural preservation opportunities for local residents. Together, coreNOC and Morningstar provided a high-speed, broadband connectivity solution powered by solar for the village of Rockstone in Guyana.
Case Study
ECAMSECURE Solar-Powered Mobile Surveillance Units
Application: Security/Surveillance
Location: Multiple Countries
Year: 2000 to present
Products: ProStar MPPT solar charge controllers and EMC-1 accessory
System size: 800W of solar and a 200-800Ah+ battery bank or a diesel generator
Fueled by the rising cost of materials along with concerns about rising criminal activity, construction sites, retail locations, and other businesses are increasingly seeking effective surveillance systems. ECAMSECURE strives to meet its clients’ goal of 100% equipment uptime for continuous protection. With sites often located in remote, challenging locations, Morningstar’s solutions are proven to deliver maximum efficiency and data needed to provide the 24n support that ECAMSECURE’s clients expect.
Case Study
Apeiron Remote Integrated Arctic Solar Solution
Application: Telecom
Location: Northern Manitoba, Canada
Year: 2021
Products: TriStar MPPT 600V charge controllers
System size: 13.4kW of solar, 15kW/48VDC generator, 1,200Ah lithium-ion battery bank
Partners include: Apeiron Energy, Charge Solar, Qcells, Polarium
A tier-one telecommunications client enlisted Apeiron Energy to provide a way to reduce its cellular tower’s reliance on two AC diesel generators to meet Environmental, Social, and Governance (ESG) goals, all while maintaining 99.5% reliability. The tower’s remote location in Northern Manitoba’s arctic conditions added to the appeal of using renewable energy. Unlike the diesel generators, a solar electricity system requires no fueling and, with no moving parts, very little maintenance.
The ARIAS®️ and moving from an AC to a DC genset helped eliminate one generator and increase efficiency, reducing about 90% of the client’s annual fuel costs because the generator now only runs when the solar resource is insufficient, rather than 24/7.