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 parallelA compact NEP micro inverter provides module-level or small-group power conversion for distributed photovoltaic installations. Installed close to the solar modules, microinverters convert panel-generated DC electricity into AC electricity without relying on one central string inverter for the entire array.
For residential roofs and smaller commercial photovoltaic systems, a reliable NEP micro inverter can offer design flexibility when modules are installed across different roof sections or exposed to varying operating conditions.
NEP's solar product portfolio includes microinverters together with compatible gateway, monitoring, rapid-shutdown, and related system products, allowing installers to build an integrated distributed PV solution.
A flexible NEP micro inverter may be suitable when customers require:
Distributed solar power conversion
Module-level system architecture
Flexible rooftop layouts
Easier expansion of suitable PV systems
Compatible monitoring solutions
Reduced dependence on long high-voltage DC string runs
Solutions for residential and light commercial installations
When selecting an efficient NEP micro inverter, installers should verify module power, input voltage and current, AC output, grid requirements, communication compatibility, and certification for the target market.
Correct electrical matching between the photovoltaic module and microinverter remains essential for efficient and reliable system operation.
