Inverter: 60kW Inverter + 129kWh Battery Bank
Solar Panels: Longi 415W, 193 units
Inverter: Huawei, 50 kW (15kW grid-tied)
Solar Panels: Leapton 460W, 211 units
Mounting Solution: Stone Ballast
Inverter: Huawei, 100 kW
Solar Panels: Canadian 335 W
Projected Output: 107700 kWh / year
Mounting Solution: Stone Ballast
Inverter: Huawei, 50 kW
Solar Panels: Amerisolar 395 W
Projected Output: 48300 kWh / year
Mounting Solution: Renusol
Inverter: ABB, 50 kW
Solar Panels: Amerisolar 360 W
Projected Output: 54900 kWh / year
Mounting Solution: Orima Burner Solution
Inverter: SolarEdge, 50 kW
Solar Panels: Jiangsu 400 W
Projected Output: 43411 kWh / year
Inverter: Solax, 60kW
Solar Panels: Leapton 40W, 155 units
Mounting system: Allimex
Inverter: SolaX 15 kW Hybrid + Hoymiles microinverters
Battery: 40 kWh
EV charger: ABB Terra AC Wallbox 22 kW
Mounting system: Allimex (south-facing)
Inverter: Huawei 30 kW
Public procurement: Installation of solar panels on the roof with Rapid Shutdown devices, enabling the Rescue Board to safely disconnect the panels on the DC side via a central control unit.
Mounting system: Allimex (east-west)
Inverter: 2 × 50 kW Huawei
75.8 kW of solar panels installed in an east-west configuration to better cover electricity consumption during the morning and evening hours.
Mounting system: Allimex SolarSpeed
Solar panels: 140 × LONGi 505 W
Inverter: SolaX X3-MGA-60K-G2, 60 kW
Mounting system: ProMount
Solar inverter: Solis S6 20 kW 3Ph / Hybrid
Mounting system: ProMount
Inverter: Solis S6 50 kW three-phase hybrid inverter
The goal was to achieve an A energy efficiency rating and create an energy-efficient, future-ready solution.
Mounting Solution: Treesystem
Inverter: Huawei, 50 kW
Solar Panels Sharp 445 W
Projected Output: 57700 kWh / year
Mounting system: Treesystem
Inverter: Huawei, 50 kW
Solar panels: LONGI HI-MO5 MONO 540W HC
Estimated production: 57,700 kWh per year
Inverter: Huawei 15 kW
Due to increased energy demand, an additional ground-mounted solar power system with 18.2 kW of solar panels was installed.
What we did:
• Replaced the existing 15 kW inverter with a 20 kW hybrid inverter
• Added a 64 kWh battery storage system
• Relocated the entire system to a new fire-resistant technical room, which we also built ourselves
Industrial energy storage system: Tecloman
Location: Mäo
Storage capacity: 233 kWh
Purpose: Adding storage to an existing solar park for participation in the frequency market
Industrial energy storage system: Tecloman
Location: Türi heavy machinery workshop
Storage capacity: 233 kWh
Purpose: Adding storage to an existing solar park for participation in the frequency market
Additional feature: Built-in automatic backup in case of power outage
Industrial energy storage system: Tecloman
Location: Järvamaa, Päinurme sawmill
Storage capacity: 233 kWh
Purpose: Adding storage to an existing solar park for participation in the frequency market
Additional feature: Built-in automatic backup in case of power outage
Industrial energy storage system: Tecloman
Location: Järvamaa, Päinurme sawmill
Storage capacity: 233 kWh
Purpose: Adding storage to an existing solar park for participation in the frequency market
Additional feature: Built-in automatic backup in case of power outage
Industrial energy storage system: Tecloman
Location: Paide city
Storage capacity: 233 kWh
Purpose: Standalone storage solution without solar panels for participation in the frequency market
Inverter: 10 kW three-phase Sunsynk hybrid inverter
Battery storage system: Pylontech Fidus PRO LiFePO₄
The solution provides: