Blue Ion LXHV
Introducing the Blue Ion LXHV
Grid Optional️™ Commercial Energy Solution
Meet the Blue Ion LXHV Grid Optional️™ commercial energy storage solution, the world’s most complete microgrid solution in a single enclosure. Developed by the Hawaii-based Blue Planet Energy, Blue Ion LXHV combines the long-lasting, ultra-safe lithium ferrous phosphate (LiFePO4) Blue Ion 2.0 batteries from Blue Planet Energy with a pre-integrated microgrid site controller from Ageto Energy and a high-efficiency battery inverter from Delta Electronics in a rugged and modern enclosure built by Peerless-AV.
Blue Ion LXHV Features
The Blue Ion LXHV is a 125kW/128kWh system that is easily expandable in 32kWh increments to 2+MWh, with a 21-year life expectancy (8,000 cycles). Additional features include:
- A fire-safe battery chemistry and built-in battery management system.
- An integrated site controller accessible via an industry-leading touchscreen on the enclosure or an app.
- A tunable cooling system and eco-friendly reusable and washable air filter.
- Easy installation and serviceability features like the industry’s first zero displacement door hinge and removable top service entrance.
Power Critical Infrastructure
Get the most from your energy
The Blue Ion LXHV grid-optional energy solution is the ultimate commercial energy storage solution, built to withstand the toughest situations possible. See if the Blue Ion LXHV is right for your resilience project.
Blue Planet Energy
Super High Performance
Blue Planet Energy’s mission is to eliminate the use of carbon-based fuels and power the world with clean, reliable, affordable energy. With their best-in-class Blue Ion 2.0 batteries and the new LXHV Grid Optional️™ Commercial Energy Solution for Businesses and Critical Infrastructure, Blue Planet Energy is pushing the boundaries of energy storage technology and accelerating the energy transition.
Why Choose Blue Ion LXHV?
Reliable Energy for Resilience Projects
Altogether, Blue Ion LXHV is a collection of premium technologies to provide reliable energy for resilience projects that are built independent of, or in conjunction with, the utility grid. These include applications where energy is absolutely critical, like emergency services and healthcare facilities, or prohibitively high-cost, such as regions with expensive utility rate structures or where business continuity during grid outages is imperative.
Blue Ion LXHV Applications
The made-in-America Blue Ion LXHV is ruggedized for use cases where energy is absolutely critical or prohibitively expensive, such as:
- Emergency services
- Healthcare facilities
- Agriculture
- Costly utility rate structures
- Business continuity
- Microgrids, off-grid and weak grids
- Backup energy
Industry-Leading Product Specifications
System Size
Dimensions (125 kW/128 kWh system)
Storage temperature range
Inverter expandability
Site controller data access
Battery cell chemistry
Performance warranty
Certifications
125 kW/128 kWh, expandable in 32 kWh increments
76 in x 119.6 in x 32 in (193.04 cm x 121.92 cm x 81.28 cm)
-4°F to 113°F (-20°C to 45°C)
125 kW increments, scalable up to 1 MW in parallel configuration
Cloud, Local Area Network and/or screen on Blue Ion LXHV
Fire-safe, non-toxic Lithium Ferrous Phosphate (LFP)
15 years or 8,000 cycles to 70%* remaining capacity (100% DoD)
UL 9540, UL 9540A, UL 1642, UL 1741, UL 1973, UN 38.3, UL 1741 SA, IEEE 1547, Rule 21, HECO Listed
* refer to warranty documentation
System Size
125 kW/128 kWh, expandable in 32 kWh increments
Dimensions (125 kW/128 kWh system)
76 in x 119.6 in x 32 in (193.04 cm x 121.92 cm x 81.28 cm)
Storage temperature range
-4°F to 113°F (-20°C to 45°C)
Inverter expandability
125 kW increments, scalable up to 1 MW in parallel configuration
Site controller data access
Cloud, Local Area Network and/or screen on Blue Ion LXHV
Battery cell chemistry
Fire-safe, non-toxic Lithium Ferrous Phosphate (LFP)
Performance warranty
15 years or 8,000 cycles to 70%* remaining capacity (100% DoD)
Certifications
UL 9540, UL 9540A, UL 1642, UL 1741, UL 1973, UN 38.3, UL 1741 SA, IEEE 1547, Rule 21, HECO Listed
* refer to warranty documentation