The KST-2PM 1 Axis Solar Tracker by KSENG optimizes energy output for large-scale solar projects with intelligent sun-following technology. This robust single-axis tracking system combines AI-driven astronomical algorithms with durable HDG steel construction to deliver 2-3% higher energy yield than conventional trackers.
Product name:
Adjustable Roof Solar Mounting SystemMaterial:
Aluminum 6005-T5 & SUS 304 Stainless SteelWarranty:
10 YearsService Life:
25 YearsCertification:
ISO9001/CEStandard:
AS/NZS 1170Wind Load:
60M/SSnow Load:
1.4KN/M2
Material
Aluminum Alloy 6005-T5 & Stainless steel 304Brand Name:
KsengProduct name:
Solar Carport Mounting SystemWind Load:
60m/sSnow Load:
1.4KN/m²Certificate::
AS/NZS 1170/CE/ISO9001Warranty:
10 yearsService Life:
25 years
Model
KSS-05KWH512V100A-GFNominal Voltage
51.2V(16series)Rated Energy(KWH)
Rated Energy(KWH)Cycle Life
≥6000cycles@25℃Capacity(Ah):
100AHVoltage Range(Vdc) :
48-56.5VScalability:
Up to 15 parallelAn intelligent hybrid solar system combines photovoltaic generation, battery storage, and a compatible grid connection within one coordinated energy architecture. It allows electricity from different sources to be managed according to solar production, battery status, household or commercial demand, and configured operating priorities.
During periods of strong sunlight, an efficient hybrid solar system can supply local loads and, where the system configuration allows, use surplus generation to charge the battery. Stored energy can then support electricity demand later in the day or provide backup functionality when supported by the inverter and complete system design.
Compared with a conventional grid-connected PV installation, a solar-plus-storage configuration gives customers more options for managing when and how solar energy is used.
A flexible hybrid solar system can support:
Higher on-site consumption of solar energy
Battery charging from surplus PV generation
Configurable grid import and export strategies
Time-of-use energy management
Backup-power functions on compatible systems
Greater energy-management flexibility
Future battery or PV expansion where supported
For residential, commercial, and small industrial users, the correct system size depends on daytime and nighttime consumption, PV capacity, battery requirements, grid rules, backup loads, inverter specification, and electricity tariff structure.
A well-designed hybrid solar system brings panels, inverter, storage, monitoring, and electrical protection together into one coordinated solution, helping customers gain greater flexibility from their photovoltaic investment.
