SUN Solutions together with Sinar Utama Nusantara inaugurates rooftop solar energy generators at SD Negeri 1 & 2 Kleco and SMPN 3 Surakarta to increase awareness and understanding of renewable energy. The units installed at SD Negeri Kleco 1 & 2 has a capacity of 3.1 kilowatt peak (kWp), while for SMP Negeri 3 Surakarta the capacity is 4 kWp. This program is also expected to provide give students directly applicable knowledge about the benefits of renewable energy.

Solar Charging Point

Specifications

• Solar PV: 50 Wp mono

• Battery: Lead acid 12V 50 Ah

• External lamp: 1 x 8 Watt LED

• Socket: AC 220VAC 3 unit dan socket DC 5VDC 2 unit

• Material: Plat with powder coating

• Product dimension: 230 x 58 x 15 cm

• Chair dimension: 120 x 40x 50 cm

Rooftop Solar PV for Schools

Solar Technician Program plays an active role as a technology provider in the solar energy industry. SUN Solutions took a giant step in driving for the development of the solar energy industry through education. With SMK Wisudha Karya Kudus, SUN Solutions brings a solar panel installation with a capacity of 12 kilowatt peak (kWp) which is equal to 4.9 tons of estimated carbon reduction or around 74 trees planted for a decade. In addition to the technology provided, SUN Solutions brought experts to share knowledge and understanding on the solar energy industry with the academicians and students.

Solar PV Simulator Package

• Solar PV Simulator Sets

• Architectural Mockup of On Grid Solar Panel

• Rooftop Solar PV

• Training for teachers and students (online and offline) for 1 semester

• Curriculum

Training Curriculum

Face-to-face training will be conducted 2 times a year (once every semester), where each session will consist of 2 or 3 days of training.

• The 1st day is a “Training for the Trainers” session

• The 2nd day is an “On the Job Training” session

• The 3rd day is if any further reinforcement or corrective coaching

Training Components

Lecture

• Basic of solar PV System

• Basic of electricity

• Solar energy

• PV module & I-V curve

• Battery

• Charge Controller

• Inverter specifications & requirements for PV systems

• Operations & Maintenance work

• Design of PV system

• Workplace Health & Safety

Hands-on

• How to use measuring instruments

• Measuring of electrical circuit

• Inspection of PV system

• Monitoring of existing PV system

• Measuring of PV module output

• User training

• PV Pre Installation Engineering Design

• Health & Safety Requirement for Installation

SUN Solutions will be playing an active role in the upcoming Mandalika MotoGP 2022 by providing futuristic solar-powered facilities to support and enhance the quality of life of visitors and sports enthusiasts.

Solar Charging Point

Specifications

1. Solar PV: 50 Wp mono

2. Battery: Lead acid 12V 50 Ah

3. External lamp: 1 x 8 Watt LED

4. Socket: AC 220VAC 3 unit dan socket DC 5VDC 2 unit

5. Material: Plat with powder coating

6. Product dimension: 230 x 58 x 15 cm

7. Chair dimension: 120 x 40x 50 cm

Rooftop solar PV

Our portfolio to showcase the G20 Green Facility that SUN Solutions offer will be available soon

Solar System

PV Capacity Total : 129.5 kWp
Inverter Capacity : 116 kW

PV Brand
Trina 405Wp : 252unit
Solar Innova BIPV 310Wp : 88unit

Inverter Brand
SMA STP Core 50 kW : 2 unit
SMA STP Core 8 kW : 2 unit

Load Calculation (Existing)

Based on existing load (7 days simulation):
Average load is 150.04 kWh
With maximum load 225.9 kWh

Solution Option

Battery capacity with existing load (847.13 kWh)
Battery with Medium Capacity (2 MWh)
Battery with max load (4 MWh)

Battery

1 container 20 ft with dimension 6.058 m (l) x 2.438 m (w) x 2.591 m (h) can contains battery with capacity 1 MWh
For area 9 m x 21 m -> will be enough for both 3 options
Need to ensure the access road for mobilizing the 20ft container to the 200 m2 vacant area

Our portfolio to showcase the solar public facilities that SUN Solutions offer will be available soon

Solar System

PV Capacity Total : 129.5 kWp
Inverter Capacity : 116 kW

PV Brand
Trina 405Wp : 252unit
Solar Innova BIPV 310Wp : 88unit

Inverter Brand
SMA STP Core 50 kW : 2 unit
SMA STP Core 8 kW : 2 unit

Load Calculation (Existing)

Based on existing load (7 days simulation):
Average load is 150.04 kWh
With maximum load 225.9 kWh

Solution Option

Battery capacity with existing load (847.13 kWh)
Battery with Medium Capacity (2 MWh)
Battery with max load (4 MWh)

Battery

1 container 20 ft with dimension 6.058 m (l) x 2.438 m (w) x 2.591 m (h) can contains battery with capacity 1 MWh
For area 9 m x 21 m -> will be enough for both 3 options
Need to ensure the access road for mobilizing the 20ft container to the 200 m2 vacant area