DLT Product Marketing | Partnerships with System Integrators and L1s/L2s | Web3 Community Building & Ecosystem Expansion |

A technology leader with interests in International Trade, Global Supply Chains, and Financial Markets. Currently running GTM strategy and launch of Blockchain and Digital Asset solutions globally.

La Pyae Thit

Making companies a better place, one app at a time! Regional KAM - EMEA | Business Development | SaaS | ERP

🚀 Senior Sales Strategist | SaaS Growth & Expansion | Scaling High-Performance Sales Teams

With 14 years of experience in software sales, strategy, and leadership, I have a proven track record of scaling solar SaaS businesses globally and building high-performing sales teams that consistently exceed targets.

I have successfully:
✅ Scaled a sales team from 2 to 13 members, turning them into top-performing SaaS professionals
✅ Achieved double-digit product growth for 5 consecutive years
✅ Drove 65%+ YoY new business growth by optimizing sales processes and team development
✅ Expanded SaaS adoption internationally, implementing best-in-class sales strategies

My passion lies in sales leadership, training, and development. I specialize in mentoring and motivating teams, building repeatable and scalable sales engines, and creating structured onboarding & continuous training programs that drive revenue growth.

Previously, at Odoo, I led strategic sales initiatives in the CEE region, built and trained a high-growth partner network, and helped partners scale from €400K → €3M+ in sales.

I thrive in fast-paced, high-growth environments, where I can strategize, execute, and inspire teams to outperform expectations. If you're looking for a results-driven sales leader who can scale revenue, optimize sales operations, and develop high-performance teams, let’s connect! 🚀

Peter Pongracz

Valuation of a recent 🇮🇹 Italian solar deal genuinely made me stop what I was doing and take a second look.

Zenith  agreed to pay €779k for a 5 MW early-stage project: that’s ~€155k/MW payable at RtB. 🫰 

For context, most comparable Italian transactions we’ve tracked have been in the €70k–€130k/MW range. 💶 

That’s not a small difference.

So I’m asking myself (and the market): Is this a premium asset case, or are RtB valuations in Italy starting to rise?

We spend a lot of time tracking solar pricing and deal structures across Europe, and Italy has been particularly interesting lately.

Curious to hear what others active in the Italian market are seeing?

#Italy #renewables #MandA #deal #solar

🚀 Solar Podcaster / Energy Market Intelligence / Dad / Sales coach / Advisor / SaaS 🚀

In utility-scale PV, value loss rarely comes from one big failure. More often it comes from small execution-driven losses, which stay "within limits" but compound over 25 years—destroying yield, weakening DSCR resilience, and compressing IRR.

🎙️🎙️🎙️In our Webinar: Silent Yield Killers in Utility-Scale PV 🎙️🎙️🎙️ hosted by Andreas Bach and moderated by Peter Pongracz Soliverse: The Future of Solar

We’ll cover what they are, how they originate across design → procurement → construction → commissioning, why they become financially material over time, and...HOW TO AVOID them!

Register 🔻 🔻 🔻 

#utilitysolar #Solar #BatteryStorage #EnergyTransition #PowerGrid #webinar #investment

#renewables #oilcrisis #middleeast #oil #iranwar #unitedstates

⏰ Webinar Alert ⏰

I’m moderating a session with Orçun Başlak on one of the most underestimated issues in utility-scale PV:

Soil compaction, cut & fill, and waterway detection 🌍

Ground-mount PV is a civil engineering problem before it becomes a module layout problem. 🏗️

That is when you start seeing:

⚠️ re-grading
⚠️ pile redesign
⚠️ drainage retrofits
⚠️ CAPEX creep
⚠️ painful construction-stage adjustments

We’ll cover:

🟤 how soil compaction and bearing capacity affect layout feasibility
⛰️ how to evaluate cut & fill properly at utility scale
🌊 how to identify drainage and waterway risks before they become site problems
⚡ how to compare grading scenarios across large sites without slowing engineering teams down

We’ll also show a live PVX.AI demo focused on practical workflow:
💻 terrain, cut & fill, drainage, soil-aware adjustments, and export into engineering process

This one is for engineers, developers, EPC teams, and anyone who has learned the hard way that “buildable” matters more than “looks optimized.”

🔻 🔻 🔻 REGISTER 🔻 🔻 🔻 

#SolarEngineering #UtilityScalePV #SolarEnergy #CivilEngineering #RenewableEnergy

https://go.pvx.ai/webinar/civil-engineering-solar-mar26

“This wasn’t research. This was a live deal with a deadline.” 

An #investmentbank had a buyer discussion the next morning. They didn’t need a long list. They needed the right buyers — fast.⚡

We at Enerdatics used our verified deal database to identify credible, active renewable buyers across the Nordics and broader EMEA🌍, filtering for real transaction history and investment appetite.

Within 2 hours, we delivered a decision-ready shortlist. Clear. Relevant. Immediately usable in a live client presentation.

When deals are live, speed and precision are ESSENTIAL!

If you’re running a live process and need decision-ready intelligence, take a look at the whole process in the PDF attached! 🤝

#EnergyMandA #Renewables #BESS #DealExecution #data Enerdatics

How Enerdatics helps find live deals

EU Solar M&A in 2025: Operating PV Assets Closed at a Median Valuation of €1M/MW

At Enerdatics, we are actively tracking renewable energy deal valuations across global markets. 

Our analysis of European operating solar PV asset M&A deals closed in 2025 shows a median valuation of €1M/MW.

A few notable trends stood out:

• Spain, Poland, and Ireland saw deals close below the European median.

• Italy, UK achieved higher-than-median valuations, supported by stronger revenue from government-backed programs.

• Velto Renewables’ €1.1B portfolio acquisition reached €4.3M/MW, underpinned by a lucrative revenue contract exceeding €268.8/MWh.

How is your market moving this year?

#SolarMandA #RenewableEnergy #SolarPV #EnergyTransition
#InfrastructureInvesting #CleanEnergy #SolarAssets

⏰ Webinar Alert! ⏰
 
Silent Yield Killers in Utility-Scale PV

Small execution gaps in utility-scale PV projects can lead to massive value loss—don’t let silent yield killers drain your returns! 💶 

Join me and Andreas Bach to learn what most projects miss and how to mitigate these risks!!!

Link 👇 👇 👇 

 #UtilityScalePV #PVProjects #SolarEnergy #WebinarAlert #solar #solarengineering #finance Soliverse: The Future of Solar

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Train the trainer - sales training

Europen Computer Driving Licence (ECDL) Certificate

Ba Business Studies

Private Equity and Venture Capital

🚀 Solar Podcaster / PV design software / Dad / Sales strategist / Advisor / SaaS 🚀

🚀 Senior Sales Strategist | SaaS Growth & Expansion | Scaling High-Performance Sales Teams

With 14 years of experience in software sales, strategy, and leadership, I have a proven track record of scaling SaaS businesses globally and building high-performing sales teams that consistently exceed targets.

I have successfully:
✅ Scaled a sales team from 2 to 13 members, turning them into top-performing SaaS professionals
✅ Achieved double-digit product growth for 5 consecutive years
✅ Drove 65%+ YoY new business growth by optimizing sales processes and team development
✅ Expanded SaaS adoption internationally, implementing best-in-class sales strategies

My passion lies in sales leadership, training, and development. I specialize in mentoring and motivating teams, building repeatable and scalable sales engines, and creating structured onboarding & continuous training programs that drive revenue growth.

Previously, at Odoo, I led strategic sales initiatives in the CEE region, built and trained a high-growth partner network, and helped partners scale from €400K → €3M+ in sales.

I thrive in fast-paced, high-growth environments, where I can strategize, execute, and inspire teams to outperform expectations. If you're looking for a results-driven sales leader who can scale revenue, optimize sales operations, and develop high-performance teams, let’s connect! 🚀

eventbrite.be

Webinar: Silent Yield Killers in Utility-Scale PV

Executive Interim & Advisory | EPC Execution & Delivery for IPPs / PE Platforms | PV & BESS

Soliverse: The Future of Solar

⚡ New Season. New Conversations. Same Mission: Build Solar Better.

What really slows down utility-scale solar projects — bad engineering, weak execution, or the red tape nobody budgets for early enough?

In the first episode of the new Soliverse: The Future of Solar season, I sat down with Phil Horwitch, co-founder of AMH Holdings, to unpack what actually delays solar projects once you move from PowerPoint to the real world.

Phil brings a decade of experience across utility-scale and distributed generation, and the conversation goes deep into what separates teams that keep projects moving from teams that quietly lose months, money, and momentum.

We discuss:

• Why realistic timelines beat optimistic ones every time
• How local relationships often accelerate permitting more than perfect paperwork
• The hidden communication gaps between engineering, development, and construction
• Why “buildable engineering” always beats “perfect engineering” on paper
• Where battery storage is heading in the next few years
• What young engineers should learn early if they want a long career in renewables

If you work in solar development, EPC, engineering, project delivery, battery storage, or renewable infrastructure, this episode is full of practical lessons from someone who’s been in the trenches.

🎧🎧🎧 Watch / Listen here:🎧🎧🎧
https://lnkd.in/eU378jgZ
https://lnkd.in/eNs9KWSE


#UtilityScaleSolar
#RenewableEnergy
#EnergyTransition
#CleanEnergy
#SolarDevelopment
#SolarEngineering
#EnergyInfrastructure
#EnergyPodcast

A Huge Thanks to everyone who joined our 1st Webinar- Silent Yield Killers in Utility-Scale PV

Great discussion and great questions from engineers, developers, and investors across the solar industry.

Big thanks to Andreas Bach  for sharing practical insights on where projects quietly lose performance — from construction discipline and connector quality to design choices that look cheap upfront but cost you for the next 25 years.

A few key takeaways:

☀️ Optimising only for CAPEX can quietly destroy yield, which can cost MILLIONS over the project's lifecycle 
⚡ 80–84% PR should be the baseline, not the ceiling 
🦆 If it walks like an MC4 plug and talks like an MC4 plug… it might still NOT be a good MC4 plug...

These “silent yield killers” rarely show up in financial models — but they absolutely show up in real projects.

📄 Missed the webinar?

Send us your email in via DM, and we’ll send you:

📕 the white paper
📸 the full webinar recording

In collaboration with Soliverse: The Future of Solar 

#solar #utilityscale #engineeringmistakes #projectfinance #renewables

This week’s Olympic curling matches offer a useful parallel for solar development in Europe in 2026.

We have seen:
🇬🇧 Great Britain secure critical wins with last-stone precision.
🇸🇪 Sweden’s experienced team miss the semi-finals after a series of small execution errors.
🇨🇭 Switzerland advance through disciplined, percentage-based play rather than high-risk moves.

Curling is often described as “chess on ice.” Success depends on:
🎯 Planning several moves ahead
🧠 Anticipating risk
📏 Executing with technical precision
🤝 Maintaining full team alignment under pressure

For solar developers and EPCs across Europe, the operating environment in 2026 is equally strategic:

⚡ Grid congestion and interconnection queues
📄 Lengthy permitting processes
🚢 Ongoing supply chain adjustments
💶 PPA pricing pressure
🔋 Increasing integration of BESS into utility-scale projects

In this context, execution discipline matters more than ever. A delayed grid application, incomplete permitting file, or mispriced PPA can materially impact project returns.

The strongest performers in 2026 are likely to be those who:

✔ Secure grid capacity early and structure connection strategies carefully
✔ Integrate storage based on real market signals
✔ Align engineering, commercial, and financing teams from the outset
✔ Model downside risk realistically
✔ Sequence development milestones deliberately

Curling demonstrates that consistent, well-planned execution outperforms reactive decision-making.

European solar in 2026 requires the same mindset.

#SolarEnergy #EPC #Renewables #EnergyTransition #BESS #Grid #olympics #SolarDevelopment Soliverse: The Future of Solar

European gas prices surged today amid escalating Middle East tensions 🌍. QatarEnergy LNG halted LNG production following Iranian drone attacks on key facilities, pushing the benchmark Dutch TTF hub up sharply—up to 45–50% in recent sessions, reaching around €46–56/MWh 📈.

While the trigger is geopolitical, the mechanism is structural: 
Europe still prices a meaningful share of wholesale electricity at the margin with gas, so TTF volatility rapidly propagates into power prices ⚡️.

Key observations on power system behavior:

• Marginal pricing matters more than averages. Wind and solar hit record highs in 2025—30% of EU electricity (841 TWh), overtaking fossil fuels (29%)—yet the last dispatched unit often remains gas-fired during tight periods, turning gas swings into broad power price volatility. Gas generation rose 8% last year (offsetting low hydro), inflating the sector’s import bill to €32 billion (+16%).

• Global LNG competition is embedded in electricity engineering. Europe competes with Asia for spot cargoes during supply disruptions—resulting in abrupt spikes, not smooth adjustments—as seen now.

• Country differences amplify exposure. 
Higher gas-linked fleets transmit shocks more directly, while systems with strong wind/solar shares, firm low-carbon (hydro/nuclear), and robust interconnection dampen impacts.

The takeaway: 
don’t just add more gas or more solar—reduce gas as the marginal unit through:
More clean capacity + firm low-carbon sources
Enhanced flexibility (storage, demand response)
Stronger grids and interconnectors 🔋

This is how an annual-average success becomes week-to-week stability: lower volatility, more predictable costs, and real energy security 🛡️.

Progress is evident, but today’s spike shows the gas–power link endures. 

What actions in your market could most effectively break this dependence?

#EnergyTransition #ElectricityMarkets #EnergySecurity #Renewables #GasPrices #GridFlexibility #Europe Soliverse: The Future of Solar

Most solar projects don’t fail because of technology - they fail because of permitting, coordination gaps, and unrealistic timelines. 

In the new Soliverse: The Future of Solar episode, Phil Horwitch (AMH Holdings) explains what actually keeps utility-scale projects moving. ⚡

Link in the comments 👇👇👇

#SolarEnergy
#UtilityScaleSolar
#RenewableEnergy
#EnergyTransition
#CleanEnergy

When Japan launches its OHISAMA satellite 🚀, space-based solar power (SBSP) officially moves from theory to orbit—capturing constant sunlight in space and beaming it wirelessly back to Earth as clean, stable energy ⚡

But in 2026, “solar in space” is splitting into two very different paths.

1️⃣ SBSP (OHISAMA-style):
Generate power in orbit → beam it down to Earth.
No night, no weather, no seasons. Up to 8–10× more sunlight than ground PV.
The goal: solve intermittency, land use, and energy security.
Government-backed, milestone-driven, transmission-focused.

2️⃣ SpaceX / Starlink orbital compute:
Generate solar power in orbit → use it in orbit 🤖
Instead of exporting energy, move AI workloads off-planet.
With AI-driven electricity demand surging, the bet is simple: space offers constant sun, passive cooling, and fewer grid constraints.
It’s about relocating demand, not supplying grids.

Same enabler—reusable rockets.
Contrarian strategy—one exports energy to Earth, the other exports compute to space.

So what scales faster in the next 5 years:

📡 Beaming baseload to Earth?
🛰️ Or powering AI directly in orbit?

#SpaceBasedSolarPower #SBSP #SpaceX #Starlink #AI Soliverse: The Future of Solar#RenewableEnergy #CleanEnergy #EnergyTransition #OrbitalDataCenters

It's going to be a challenge, but we can do this together! 😎 

#BESS #solar #Europe

View company: Battery Storage Europe Platform

The EU edges closer to 80 GWh battery storage milestone 📈  
 
According to SolarPower Europe Europe's latest EU Battery Storage Market Review 2025, the EU installed 27.1 GW of battery storage in 2025, bringing the total capacity to 77.3 GWh. 
 
This marks a tenfold increase from 2021, and the EU must repeat this to #10XBatteryStorage by 2030 in order to meet the bloc's flexibility needs. 
 
"To support EU security and competitiveness, we need a battery fleet capable of supporting a fully flexible, renewable based energy system.” - Walburga Hemetsberger, CEO of SolarPower Europe. 
 
Download the report: https://lnkd.in/djJg-grK 
 
#EUBatteryReview25

Looking forward to hosting or 1st Webinar together with Andreas Bach !

Only 13 spots left, so in case you have not yet, you can still secure your spot⬇️⬇️⬇️

https://lnkd.in/eSJbwgYv

#solar #EPC #webinar #utilitysolar Soliverse: The Future of Solar

Most financial models in renewable energy are built to detect events.
But real portfolios lose value through drift.

Events are easy to model.

- Price crashes
- Curtailment spikes
- Unexpected degradation
- Interest rate shocks

They are discrete.
Visible.
And they can be stress-tested.

But most portfolios do not lose value through events.

They lose value through drift.

Small, systematic losses that slowly accumulate across the asset base.

A bit of module mismatch.
Some thermal derating in certain operating windows.
Auxiliary consumption slightly above assumptions.
Clipping gaps that remain invisible in aggregated KPIs.

Individually, each looks insignificant.

But together they slowly compress cashflows over decades.

Not dramatically.
Quietly.

Over a 25 year asset life this drift begins to reshape the numbers that investors actually care about:

- Cashflow
- DSCR
- IRR

This is what I call Silent Yield Killers.

Next week I will discuss this topic together with Peter Pongracz in the Silent Yield Killers session.

Registration link is in the comments.

#AndreasBach #SolarEnergy #Renewables #EPC #BESS

We, in Europe keep relearning the same expensive lesson:

Gas dependency is not “energy security.”
It is outsourced risk.

In the first 10 days of the latest crisis, the EU’s fossil import bill rose by an estimated €2.5 billion, while the cost of gas-fired power jumped by more than 50%. 

And the contrast inside Europe is brutal.

In Spain, gas set electricity prices in just 15% of hours this year so far. In Italy, it was 89%. That is the difference between building resilience early and paying for volatility later. 

This is why solar, storage, grids, and electrification matter beyond the climate argument.

They reduce exposure.
They lower chaos.
They make economies harder to shake.

I touched on this in this Soliverse: The Future of Solar episode too:
https://lnkd.in/dWZ3QjaD

Europe does not just need cheaper power.
It needs less gas in the pricing stack.

#Solar #EnergyTransition #EnergySecurity #Gas #Iranwar #ElectricityMarkets #Europe

Open video: How Top Solar Teams Handle Red Tape on youtube.com

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