Now Is the Time to Upgrade Your Energy Strategy
Across the South East and East Anglia, many commercial properties continue to experience periods of vacancy, tenant turnover or reduced occupancy. While this presents challenges, it also creates a strategic window for landlords and portfolio owners to upgrade building performance without disrupting tenants (and give a unique opportunity to increase rental rates).
With energy costs still elevated and regulatory pressure increasing, improving asset efficiency is no longer optional – it’s a key lever for protecting long term value, rental appeal and compliance.
If your property is currently unoccupied or underutilised, this is the ideal moment to invest in smarter energy systems.
High Impact Energy Improvements for Commercial Properties
LED Lighting Upgrades with No Upfront Cost
For many commercial buildings, lighting remains one of the most immediate and cost effective efficiency gains.
Through funded upgrade models, it’s now possible to replace outdated lighting systems with high efficiency LEDs without capital expenditure.
- Reduce lighting energy consumption by up to 70%
- Improve EPC ratings and compliance positioning
- Fully maintained systems during the agreement term
- Repay costs through a share of energy savings
Properties with long operating hours and large lighting inventories see the fastest returns.
Solar PV Strengthen Asset Value and Energy Resilience
Electricity prices remain volatile in 2026 and tenants are increasingly prioritising energy efficient buildings when making leasing decisions. Commercial solar PV enables landlords to:
- Generate onsite renewable electricity
- Reduce landlord controlled energy costs
- Improve EPC ratings ahead of tightening regulations
- Enhance asset attractiveness to prospective tenants
Typical commercial systems deliver payback periods of approximately 3-6 years, with strong long term returns over 20+ years and immediate reductions in grid dependency. For portfolio owners, solar also provides a hedge against future energy price increases while supporting ESG commitments.
Battery Storage: Reduce Peak Demand Charges
Many commercial properties face disproportionately high electricity costs due to peak demand pricing structures.
Battery storage systems allow you to store energy when tariffs are lower, discharge during peak periods to reduce costs and maximise onsite solar usage. When paired with solar PV, batteries increase self-consumption and further improve overall system economics – particularly for multi-tenant buildings or sites with variable demand profiles.
Why Vacant Properties Are an Opportunity
Upgrading energy infrastructure in an occupied building can be disruptive and logistically complex. Vacant units remove that constraint entirely.
This creates a rare opportunity to:
- Complete installation works quickly and efficiently
- Avoid disruption to tenants or trading operations
- Future proof the asset before re-letting
- Position the property competitively in a tighter regulatory environment
With upcoming EPC requirements expected to tighten further towards 2030, early action reduces future compliance risk and avoids rushed, reactive upgrades (usually when prices go up in response to demand).
Compliance, Safety and Delivery
All Silvercrest Energy Group installations are delivered in line with current UK regulations and industry best practice.
Our team operate with:
- Strict health and safety protocols
- Minimal site disruption
- Full project management from design through to commissioning
Whether you’re upgrading a single unit or rolling out improvements across a portfolio, we ensure a structured, compliant delivery process.
Speak to Silvercrest Energy Group
If you have vacant commercial space – or anticipate upcoming lease events – this is the time to act.
Silvercrest Energy Group works with landlords and portfolio owners across the South East and East Anglia to deliver commercial solar PV and battery storage solutions.
Get in touch to discuss how your property can generate stronger returns, lower operating costs and meet future energy standards.
