In partnership with
Investors see ANOTHER return from Masterworks (!!!!)
That’s 6 sales in 7 months. 29 all time. And the performance?
16.5%, 17.6%, and 17.8%, net annualized returns on sold works held longer than one year (See all 29 at Masterworks.com)
It’s not from stocks, private equity, or real estate… it’s from contemporary and post war art. Crazy, right?
With Masterworks, you don’t need to be a BILLIONAIRE to invest in multi-million dollar art anymore.
Historically, the segment overall has had attractive appreciation and low correlation to stocks.*
Masterworks targets works featuring legends like Banksy, Basquiat, and Picasso, identifying what they believe to have significant long-term appreciation potential, not just at the artist level but at the level of individual artworks.
As one of the largest players in the art market, with $1.3 billion invested over 500 artworks, they pass critical advantages through to their 70,000+ members to add art to their portfolios strategically.
Looking to diversify your investments in 2026?
*According to Masterworks data. Investing involves risk. Past performance is not indicative of future returns. See important Reg A disclosures at masterworks.com/cd.
AS 3011.1-1992 AS/NZS 5139-2019
Why Battery Room Safety Varies by Chemistry
Different battery chemistries present different hazards in enclosed spaces. A battery room designed correctly for flooded lead-acid may be dangerously incorrect for lithium, and vice versa. The installer must determine the correct safety requirements based on the installed chemistry.
Hazard Comparison by Battery Chemistry
Hazard | Flooded Lead-Acid | AGM/VRLA | LiFePO4 | NMC/NCA Lithium |
|---|---|---|---|---|
Gas emission (normal operation) | Hydrogen — continuous during charge | Minimal — only under overcharge | Very low — minimal off-gassing | Very low — normal operation |
Gas emission (fault/overcharge) | Heavy hydrogen evolution | Hydrogen + oxygen | CO2, small H2 if overcharge | CO2, H2, VOCs — significant |
Thermal runaway risk | Very low | Low | Very low | High — can propagate to adjacent cells |
Electrolyte hazard | Sulfuric acid — corrosive | Absorbed — low spill risk | Non-acid electrolyte | Organic solvent — flammable |
Fire suppressant | Water or CO2 | Water or CO2 | Water (large volumes) or CO2 | Water (large volumes) — do NOT use CO2 or foam |
Ventilation Requirements by Chemistry
Flooded lead-acid: Natural ventilation must provide minimum 0.05 m³/h per cell per ampere of gassing current. Mechanical ventilation required if natural ventilation calculation fails. All electrical equipment in the room must be explosion-proof.
AGM/VRLA: Basic natural ventilation is sufficient for normal operation. The space must not be airtight — allow for emergency venting. Electrical equipment need not be explosion-proof if the space is adequately ventilated.
LiFePO4 (per AS/NZS 5139): Space must not be airtight; provide a vent path to outside. No specific ventilation rate calculation is mandated for normal operation. Focus is on fire separation and thermal event management rather than gas dilution.
Engr. Jason Morales — Founder, SolarEnergyPH
