29 - 30 November 2021
- Trying to imagine if PV can be environmentally and economically sustainable?
- Wondering how to design an effective PV system that is financially feasible?
- Can’t seem to find the right people to manage your solar facilities?
- Looking to expand your PV solar operations in the Asia-Pacific region?
- Worried that you’re being left behind in the latest PV system technologies?
- Looking to explore profitable opportunities in the PV market?
What if you could answer all these questions?
Find real Sustainability solutions here!
“ We have this handy fusion reactor in the sky called the sun, you don't have to do anything, it just works. It shows up every day. ” - Elon Musk, Tesla
The Question should be
Why not Solar?
SolarX is a premier renewable energy event that will explore renewables such as PV Solar as an environmentally sustainable and financially feasible option for businesses. Technology is an important part of solar innovation, but is there a point to adopting a multitude of technologies if there isn’t a way to implement them economically?
The main objective is to provide solutions that you have regarding how you can effectively design, implement, and staff your PV energy grid system in a way that matches the latest trends, technologies, and innovations – whilst remaining both environmentally and financially sustainable. This is a premier event that aims to combine the best of both worlds in one place, with a panel of speakers sharing experience and technical know-how in managing Solar Projects around the world.
Why wait any longer? The sun rises on a new day of technology and sustainability!
Who you'll connect with
PV Solar contractor
Warehouse owner/ manager
EV charging facility provider
Renewable energy investor
PV Solar consultant
PV Solar solution provider
PV Solar system designer
Facility Manager/ engineer
Building owner/ manager
Factory owner/ manager
Senior Manager/ CXO/ General Manager/ Decision Maker
Maintenance engineer/ manager
Asset Management engineer/ manager
Project engineer/ manager
Energy engineer/ manager
Mechanical engineer/ manager
Electrical engineer/ manager
Facility engineer/ manager
Engineering engineer/ manager
Mill engineer/ manager
Asset owners and managers
Solar energy ranks as the first above Hydro, Geo & Gas power when carbon footprint, natural resource use, human health impacts, & ecosystem preservation factors are taken into consideration. In addition to this, PV Solar modules produce 30 times more energy than it takes to build and produce.
Solar is now the cheapest form of electricity, as confirmed by the IEA.
The world consumes 26,000 TWh of energy a year (2019), which is about 70 TWh a day.
To power the world with solar alone, we need a 20TW solar plant. How big is that?
With current tech & panel size, it will be about 57.14billion panels.
That will require 8000 square miles of land space, which is about the size of a country like Slovenia.
How can the world achieve that?
Technology is the key!
BUT what’s the point in adopting the latest technologies if there isn’t a way to implement them Sustainably?
PV System Application Around the World and Future Trend
by Geoff Stapleton, Managing Director, Global Sustainable Energy Solutions Pty Ltd, Australia
Safety, Operation and Maintenance, of PV Solar System
by Attilio Dalvit, Consultant, South Africa
Solar Power Agreements: What to look for, from an Engineering
& Construction Management Expert view point?
by Dr. Anand Jude Anthony, Engineering & Construction Management
Expert in Technical, Delay and Quantum, Singapore
2nd Life Batteries for PV System, A Sustainable and Cost Effective Energy Storage System
by Ir. Dr. Gobbi Ramasamy, Associate Professor, MMU, Malaysia
Understand Solar Irradiance, Irradiation/ Insolation & Peak Sun Hour.
Choose the PV System Type and ways to improve the Solar PV System Energy Yield.
by Ir. Tan Seng Khee, Metta Engineering Sdn. Bhd., Malaysia
Balancing Supply and Demand to Reach 100% usage of Electricity Produced
by PV Plants: Energy Storage Options and Demand Shifting
by Donato Cantalupo, Senior Business Development Manager Sustainability Solutions, BECIS
PV System Engineering Design & Build Case Studies
by Yeong Khai Yin, Senior Design Engineer, Eco Solar Solutions, Malaysia
Lee Chean Bang, Senior Project Engineer, Eco Solar Solutions, Malaysia
How The New Module Technology Reduce The Project LCOE?
by Elva Wang, Senior Manager, Trina Solar Asia Pacific, China
Carbon Neutral - Opportunities and Challenges Coexist
by Charles Zeng, Managing Director, FGNEX Solar, China
Overview of Utility Scale Project from Zero
by Channa Silva, CTO & Co-Founder, nSolar Consultants
Energy Storage System: Change the Landscape and Business Model for Utility Solar
by Dr. Daniel Liang, Head of ESS Advisory - APAC, UL
Shaily Milany, Senior Project Engineer, UL
A new generation of professionals are now more connected with the natural world than before, people are more informed about their purchasing decisions and how they relate to the environment, and they are most likely to choose a sustainable product and service.
More nations are implementing complex green business indexes, tax breaks, and initiatives. Why not take this opportunity to become environmentally sustainable and more profitable?
Global Sustainable Energy
Solutions Pty Ltd,
South African Institute for Electrical Engineers,
Dr. Anand Jude Anthony
Delay and Quantum Expert,
Ir. Dr. Gobbi Ramasamy
Associate Professor, MMU,
Ir. Tan Seng Khee
Metta Engineering Sdn. Bhd.,
Senior Business Development Manager Sustainability Solutions, BECIS
Yeong Khai Yin
Senior Design Engineer,
Eco Solar Solutions,
Trina Solar Asia Pacific,
Lee Chean Bang
Senior Project Engineer,
Eco Solar Solutions,
CTO & Co-Founder,
Dr. Daniel Liang
Head of ESS Advisory
- APAC, UL
Senior Project Engineer, UL
The field of PV solar is one that is continuously improving in cost reduction via the integration of new material discoveries, streamlined production lines, and efficient processes. Cost per unit of PV modules has reduced by as much as 60% since a decade ago. The advent of more affordable and effective solar power storage options has also increased the effectiveness in power production even when the sun is no longer up.
Find your answers here
USD1200 for 2 seats
Live 2-Days Virtual Conference
30-day Access to Conference Replay
Complimentary Forum Session
Virtual Networking Session
(First 50 Registrations only)
Free Access to Private Facebook Group
Free Soft-Copy Presentation Slides
USD850 for 1 seat
Two delegates access:
Don’t get left behind!
Compared to 2018, cumulative solar PV capacity is expected to grow sixfold by 2030, with a CAGR of nearly 9% up to 2050 | irena.org
Southeast Asia’s big PV plans – 27 GW by 2025 | www.pv-magazine.com
Another record for global solar PV additions is anticipated for 2021, with nearly 117 GW installed – a nearly 10% rise from 2020. | www.iea.org
According to the IEA, solar is on track to set records for new global deployments each year after 2022, with an average of 125 GW of new capacity expected globally between 2021 and 2025. | www.iea.org
Solar on track to set new records - In each of the four scenarios projected by the IEA, renewable energy grows in stature over the next decade, particularly solar photovoltaic (PV). “I see solar becoming the new king of the world’s electricity markets,” said IEA executive director Dr Fatih Birol. | www.nsenergybusiness.com
“Asia Pacific solar PV capacity to triple to 1,500 GW by 2030” says Wood Mackenzie, a Verisk business (Nasdaq:VRSK). | www.woodmac.com
PV is Future
With global temperatures rising by 4 degrees Celsius by the year 2100 based on current projections – There is no doubt that Solar is paving the way to the future of power.
It is very informative & easy to understand
even you came from different background
— Wan Mohd Fazrul bin Wan Ismail
Business Analyst - TNB
This event very informative for participant.
Extremely useful for FM
— Woon Kun Kuan
Technical Lead - Titi Maju Sdn Bhd